INVITED SPEAKERS

Organiser:

Alberto Ibort (ICMAT & UCIIIM), Juan Manuel Pérez Pardo (UCIIIM), Fabio Di Cosmo (UCIIIM), Florio Ciaglia (UCIIIM), Laura Bravo González (UCIIIM), Arnau Mas (ICMAT), María Jiménez-Vázquez (UCIIIM)

Abstract:

The “International Workshop on Mathematical Foundations of Quantum Mechanics and its applications” is an international meeting devoted to the study of the mathematical foundations of Quantum Mechanics and their applications, many of them instrumental in the emergent problems related to Quantum Information Technologies. The workshop has been running for more than ten years and past editions have taken place in various locations in Spain and Italy. The objective of this workshop is to present a few relevant problems in the foundations of Quantum Mechanics to a small number of young researchers, Post and Pre doctoral, and to work in a collaborative environment. These problems have been chosen because of their challenging and transversal nature both physical and mathematical.

The subjects that have been highlighted for the present edition of the Workshop are:

• - Information Geometry: classical and quantum.
• - Foundations of Quantum Mechanics: Schwinger’s picture of Quantum Mechanics.
• - Quantum Thermodynamics.
• - Foundations of Classical and Quantum Field Theories: categories and groupoids.

The workshop will last for one week and the scientific committee asks some of the participants to prepare an extended exposition accessible to young researchers on the selected subjects.

It is characteristic of this meeting to leave ample time for discussions, favouring the exchange of ideas and stimulating the collaboration among the participants.

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El “Taller Internacional sobre Fundamentos Matemáticos de la Mecánica Cuántica y sus aplicaciones” es un encuentro internacional dedicado al estudio de los fundamentos matemáticos de la Mecánica Cuántica y sus aplicaciones, muchas de ellas instrumentales en los problemas emergentes relacionados con las Tecnologías de la Información Cuántica. El taller lleva más de diez años funcionando y en ediciones anteriores se han celebrado en diversas localidades de España e Italia. El objetivo de este taller es presentar algunos problemas relevantes en los fundamentos de la Mecánica Cuántica a un pequeño número de jóvenes investigadores, post y predoctorales, y trabajar en un entorno colaborativo. Estos problemas han sido elegidos por su carácter desafiante y transversal tanto físico como matemático.

Los temas que se han destacado para la presente edición del Taller son:

• - Geometría de la Información: clásica y cuántica.
• - Fundamentos de la Mecánica Cuántica: visión de Schwinger sobre la Mecánica Cuántica.
• - Termodinámica Cuántica.
• - Fundamentos de las Teorías de Campos Clásica y Cuántica: categorías y grupoides.

El taller tendrá una duración de una semana y el comité científico pide a algunos de los participantes que preparen una exposición ampliada accesible a los jóvenes investigadores sobre los temas seleccionados.

Es característico de este encuentro dejar amplio tiempo para las discusiones, favoreciendo el intercambio de ideas y estimulando la colaboración entre los participantes.

PROGRAMME X International Workshop on Mathematical Foundations of Quantum Mechanics and its applications (DFTP) Escuela de ingeniería de Gipuzkoa - Room 4.3
15th July
Hour	1st AUTHOR	Title	Ver
14:30-15:15	Manuel Asorey (Universidad de Zaragoza)	Mathematical Aspects of Topological Insulators	Resumen
15:15-16:00	Fernando Ezquerro Sastre (Universidad de Zaragoza)	Casimir energy on the lattice	Resumen
16:00-17:00	Coffee Break
17:00-17:45	Fabio Di Cosmo (Universidad De Alcalá De Henares)	Symplectic realizations and Lie groupoids in Poisson Electrodynimcs	Resumen
17:45-18:00	María Jiménez Vázquez (Universidad Carlos III)	A new approach to the theory of games: classical and quantum	Resumen
16th July
Hour	1st AUTHOR	Title	Ver
14:30-15:15	Alberto Ibort (Universidad Carlos III de Madrid)	Categorical foundations of Quantum Field Theory: gauge invariance	Resumen
15:15-16:00	Pablo Fernández (Universidad Complutense de Madrid)	Implementing the Grover algorithm in homomorphic encryption schemes	Resumen
16:00-17:00	Coffee Break
17:00-17:45	Luca Schiavone (Carlos III)	Tangent structures via coisotropic embeddings	Resumen
17:45-18:30	Arnau Mas (ICMAT)	Kinematical groupoids and the description of elementary particles in curved spacetime	Resumen
17th July
Hour	1st AUTHOR	Title	Ver
14:30-15:15	Florio M. Ciaglia (Universidad Carlos III de Madrid)	Geometry of classical and quantum states	Resumen
15:15-16:00	Marco Pacelli (Scuola Superiore Meridionale)	Hamilton-Jacobi's approach to precontrast functions in Information Geometry	Resumen
16:00-17:00	Coffee Break
17:00-17:45	Laura Gonzalez Bravo (Universidad Carlos Iii De Madrid)	From Normal probability distributions to the category of non-commutative probabilities	Resumen
17:45-18:30	Discussion Session
18th July
Hour	1st AUTHOR	Title	Ver
14:30-15:15	Juan Manuel Pérez Pardo (Universidad Carlos III de Madrid)	Josephson Junctions: An open (modelling) problem?	Resumen
15:15-16:00	Ángel Aitor Balmaseda Martín (Universidad Carlos III de Madrid)	Quantum dynamics and quadratic forms: stability and control	Resumen
16:00-17:00	Coffee Break
17:00-17:45	Discussion Session
17:45-18:30	Discussion Session

Organiser:

Javier Junquera (Universidad de Cantabria) Jacobo Santamaria (UCM) Ignasi Fina (ICMAB)

Invited speakers:

Jorge Iñiguez (Luxembourg Institute of Science and Technology) Laura Bégon-Lours (ETH Zürich) Suzanne Lancaster (NaMLab gGmbH) Sergei Prokhorenko (Luxembourg Institute of Science and Technology) Paula Vilarinho (University of Aveiro) Marti Checa (Oak Ridge National Laboratory)

Abstract:

Since over a century, ferroelectric materials have been the main topic of numerous research, both fundamental and applied. Its progressive understanding has been the origin of successive revolutionary experimental and theoretical advances, with an impact that goes far beyond the boundary of the ferroelectric community. In recent years, the stabilization of non-trivial topological phases, the observation of ferroelectricity in nanostructured phases based on hafnium dioxide (the material chosen by the semiconductor industry for its compatibility with silicon and its high dielectric constant), the manufacture of membranes based in oxide or the new 2D ferroelectric materials based on van der Waals interactions have revolutionized the field. All of these new phases are accompanied by exotic properties (negative capacitance, chirality, giant electrocaloric responses, magnetoelectricity and multiferroicity, etc.) that have had a great impact on diverse applications, ranging from actuators to electronic memories. This conference intends to discuss the most recent breakthroughs in this discipline, which never ceases to amaze

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Desde hace algo más de un siglo, los materiales ferroeléctricos han sido el tema principal de numerosas investigaciones, tanto fundamentales como aplicadas. Su comprensión fundamental ha sido el origen de sucesivos y revolucionarios avances experimentales y teóricos, con un impacto que a menudo va mucho más allá del límite de la comunidad ferroeléctrica. En los últimos años la estabilización de fases topológicas no triviales, la observación de ferroelectricidad en fases nanoestructuradas basadas en dióxido de hafnio (el material elegido por la industria de semiconductores por su compatibilidad con silicio y su alta constante dieléctrica), la fabricación de membranas basadas en óxido o los nuevos materiales ferroeléctricos bidimensionales basados en interacciones van der Waals han revolucionado el campo. Todas estas nuevas fases vienen acompañadas de propiedades exóticas (capacidad negativa, quiralidad, respues- tas electrocalóricas gigantes, magnetoelectricidad y multiferroicidad, etc) que han tenido un gran impacto en aplicaciones diversas, que van desde los actuadores a las memorias electrónicas. En este simposio se propone discutir los últimos avances en este campo que no deja de deparar sorpresas.

PROGRAMME Ferroelectrics: from fundamental to applications (DFMC-GEFES) Escuela de ingeniería de Gipuzkoa - Room 3.3
16th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Jorge Íñiguez-González (Luxembourg Institute of Science and Technology (LIST) )	Unprecedented intrinsic properties of hafnia ferroelectrics	Resumen
15:00-15:15	Alexandre Silva (Universidade do Minho)	Tuning of ferroelectric properties in doped ZrO2	Resumen
15:15-15:30	Alberto Quintana Puebla (Institut De Ciència De Materials De Barcelona (Icmab-Csic))	Co/Hf0.5Zr0.5O2 multiferroic heterostructures	Resumen
15:30-15:45	Jayakrishnan Ampattu R (University of Minho)	Self-powered near-infrared photodetectors based on ferroelectric ZrO2 thin films	Resumen
15:45-16:45	Coffee Break
16:45-17:15	Laura Bégon-lours (ETH Zürich)	Ferroelectric Synaptic Weights with Hafnia Superlattices	Resumen
17:15-17:30	Grégoire Magagnin (Institut des Nanotechnologies de Lyon)	Hf(1-x)Z(x)O2 monolayers for nanosupercapacitors: a performance assessment study	Resumen
17:30-17:45	Faizan Ali (Institut de Ciència de Materials de Barcelona (ICMAB-CSIC))	Low oxidation conditions in pulsed laser deposition enhance polarization without degradation of endurance and retention in Hf0.5Zr0.5O2 films	Resumen
17:45-18:15	Suzanne Lancaster (NaMLab gGmbH)	Impact of reliability in multilevel operation of ferroelectric devices	Resumen
17th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Sergei Prokhorenko (University of Arkansas)	Dynamical topological states and excitations in ultrathin ferroelectrics	Resumen
15:00-15:15	Javier Junquera (Universidad de Cantabria)	Phase transitions and domain dynamics in PbTiO3/SrTiO3 superlattices	Resumen
15:15-15:30	Martin Sarott (University of Groningen)	Reversible optical control of polarization in epitaxial ferroelectric thin films	Resumen
15:30-15:45	Konstantin Shapovalov (Université de Liège)	Hidden Topology of Translational Boundaries in up-up-down-down-type Ferroic Systems	Resumen
15:45-16:00	Claudio Cazorla (Universitat Politècnica de Catalunya)	Novel photocaloric effects in archetypal ferroelectrics for solid-state cooling applications	Resumen
16:00-17:00	Coffee Break
17:00-17:30	Marti Checa (Oak Ridge National Laboratory)	On demand nanoengineering of topological ferroelectric structures	Resumen
17:30-17:45	Huazhang Zhang (Université de Liège)	Finite-temperature properties of antiferroelectric perovskite PbZrO3 from second-principles	Resumen
17:45-18:15	Paula Vilarinho (University of Aveiro)	TBA	Resumen
Posters 17th July
Label	Presenter	Title
17-2-01	Gerardo Gil De Cos (Universidad De La Laguna)	Ferroelectric characterisation of the solid solution La2-xErx(MoO4)3 (x= 0.85, 1.15)	Resumen

Organiser:

Soraya Sangiao Barral (U Zaragoza-INMA) Enrique Díez Fernández (U Salamanca)

Invited speakers:

Harald Plank (Institute of Electron Microscopy and Nanoanalysis, Graz Unviversity of Technology)

Abstract:

Nanolithography encompasses the set of techniques that allow us to define, structure and contact systems on a nanometric scale and, therefore, is a key element in Nanotechnology. Since 2009, there has been the Spanish Nanolithography Network, the Nanolito Network, which allows the coordi- nation of the different scientific-technical infrastructures and research groups that exist today in Spain in the field of Nanolithography. This symposium will present the latest advances in the application of advanced Nanolithography techniques to condensed matter physics, thanks to a series of speakers who will cover the most relevant current areas.

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La Nanolitografía engloba al conjunto de técnicas que nos permiten definir, estructurar y contactar sistemas a escala nanométrica y, por tanto, es un elemento clave en la Nanotecnología. Desde 2009 existe la Red Española de Nanolitografía, la Red Nanolito, que permite la coordinación de las diferentes infraestructuras científico-técnicas y de los grupos de investigación que existen hoy en día en España en el campo de la Nanolitografía. En este simposio se presentarán los últimos avances en la aplicación de técnicas de Nanolitografía avanzadas a la física de la materia condensada, gracias a una serie de ponentes que cubrirán las áreas actuales más relevantes.

PROGRAMME Advanced nanolithography in condensed matter physics (DFMC-GEFES) Escuela de ingeniería de Gipuzkoa - Room 2.1
15th July
Hour	1st AUTHOR	Title	Ver
14:30-15:30	Harald Plank (Institute of Electron Microscopy and Nanoanalysis, Graz University of Technology)	3D nanoprinting via focused electron beams: principles, applications and frontiers	Resumen
15:30-15:45	José María De Teresa Nogueras (INMA (CSIC-UNIZAR))	Growth of metallic nanopatterns by Focused Ion Beam (FIB) direct modification of condensed precursor layers and spin-coated organometallic thin films	Resumen
15:45-16:00	María Barra Burillo (CIC nanoGUNE BRTA)	Advanced Fabrication for the Observation of Phonon Polaritons in Large-Scale Multilayer Hexagonal Boron Nitride	Resumen
16:00-17:00	Coffee Break
17:00-17:15	Peng Xiao (Institut Català de Nanociència i Nanotecnologia (ICN2))	Reducing thermal conductivity of layered MoS2 by nanopatterning	Resumen
17:15-17:30	Juan Salvador Sánchez (Universidad de Salamanca)	Hydrodynamic flow in graphene heterostructures	Resumen
17:30-17:45	Iker Uranga Granados (Imb-Cnm/csic)	Combination of thermal scanning probe lithography and directed self-assembly of block copolymers for nanoelectronics	Resumen
17:45-18:00	Rocío Mesa (IMDEA Nanoscience)	Nanoimprinted Conductive Nanotopographies for Cell-Instructive Electromechanical Stimulation	Resumen
Posters 15th July
Label	Presenter	Title
15-3-01	Maha Labani (salamanca universidad)	Design and control of a 20 um Fresnel zone plate lens in silicon substrates using Electron-beam lithography	Resumen

Organiser:

Linda Angela Zotti (UAM - IFIMAC, Spain) and Salvatore Assenza (UAM - IFIMAC, Spain)

Invited speakers:

Felix Ritort (Universitat de Barcelona, Spain) Aitziber López Cortajarena (CICbiomaGUNE, Spain) Ismael Díez-Pérez (King’s College London, UK) Edmund Leary (Imdea Nanociencia, Spain) Guilherme Vilhena (ICMM, Spain), Mercedes Hernando-Perez (Universidad Autónoma de Madrid, Spain)

Abstract:

Over the last decade, the research on molecular biophysics has flourished remarkably, en- compassing a broad range of research topics. Amongst others, the two fields of charge transfer through biosystems and single-biomolecule manipulation through e.g., optical or magnetic tweezers stand out due to the significant interest they have sparked, enabling the understanding of biomolecular processes and their exploitation for biomedical applications. The primary objective of this symposium is to bridge these two productive yet non-interacting communities, in order to foster a mutually-beneficial collaboration between ideally complementary partners, thus further expanding the frontiers of research in biophysics.

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Durante la última década, la investigación en biofísica molecular ha florecido notablemente, abarcando una amplia gama de temas de investigación. Entre otros, dos campos que destacan son la transferencia de carga a través de biosistemas y la manipulación de biomoléculas individuales mediante, por ejemplo, pinzas ópticas o magnéticas, que han generado amplio interés debido a su utilizo en la comprensión de procesos biomoleculares y en su explotación para aplicaciones biomédicas. El objetivo principal de este simposio es unir a estas dos comunidades productivas pero no interconectadas, con el fin de fomentar una colaboración mutuamente beneficiosa entre socios idealmente complementarios, expandiendo así aún más las fronteras de la investigación en biofísica.

PROGRAMME Molecular biophysics (DFMC-GEFES) Escuela de ingeniería de Gipuzkoa - Room 2.2
15th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Mercedes Hernando-pérez (Universidad Autónoma de Madrid)	Unveiling the Physical Principles of Protein Nanocages: single molecule approach using AFM	Resumen
15:00-15:30	J. G. Vilhena (Instituto de Ciencia de Materiales de Madrid)	Tuning the Dynamics of Life: One Chemical Moiety at a Time	Resumen
15:30-15:45	Mikel Marín (Centro Nacional de Biotecnología (CNB-CSIC))	Studying DNA-protein interactions with a custom-built AFM-TIRF	Resumen
15:45-16:00	Antonio Miguel Bosch Fernandez (Universidad Autónoma de Madrid)	Adsorption-driven deformation and footprints of the RBD proteins in SARS-CoV-2 variants on biological and inanimate surface	Resumen
16:00-16:50	Coffee Break
16:50-17:20	Ismael Diez Perez (Kings College London)	Single-Protein Electronics	Resumen
17:20-17:45	Vladimiro Mujica (Arizona State University)	Chiral discrimination in biological systems induced by spin-dependent van der Waals interactions.	Resumen
17:45-18:00	Carlos Roldán Piñero (Autonomous University of Madrid)	Efficient electron hopping transport through Azurin-based junctions	Resumen
18:00-18:15	Lisa Almonte (Basque Center on Materials)	Ionic Conductivity in Engineered Protein Thin Films	Resumen
18:15-18:30	Jorge Vega Martín (Universidad Autónoma de Madrid)	Simulating Proton Transport through Peptide Nanotubes	Resumen
16th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Felix Ritort (Universitat de Barcelona)	Universal Cold RNA Phase Transitions	Resumen
14:45-15:00	Sebastián Jiménez Millán (Centro de Física de Materiales)	Tuning the Assembly of Proteins and Peptides in Lipid Bilayers	Resumen
15:00-15:30	Fernando Moreno-herrero (National Center of Biotechnology, CSIC)	Molecular biophysics of double-strand DNA break repair	Resumen
15:30-15:45	Midas Segers (KU Leuven )	Mechanisms of DNA-mediated allostery	Resumen
16:00-16:50	Coffee Break
16:50-17:20	Edmund Leary (IMDEA Nanociencia)	Ballistic Conductance through Porphyrin Nanoribbons	Resumen
17:20-17:45	Spiros Skourtis (Department of Physics, University of Cyprus)	Backbone charge-transfer pathways in micro-solvated double-stranded dry DNA	Resumen
17:45-18:15	Aitziber López-cortajarena (CIC biomaGUNE)	Engineering protein-based biomolecular materials and applications	Resumen
18:15-18:30	Juan Elezgaray (Centre Paul Pascal - CNRS)	Puncturing lipid membranes with DNA nanopores	Resumen
Posters 15th July
Label	Presenter	Title
15-4-01	Juan David Cortes Ossa (BCMaterials)	Electrical Characterization of Tryptophan-Substituted Peptides Assemblies	Resumen

Organiser:

Sandra Ruiz Gómez (Max Planck Institute for Chemical Physics of Solids, Dresden), Lucas Pérez García (UCM - IMDEA Nanociencia)

Invited speakers:

Lucia Aballe (ALBA Synchrotron, Spain) and Aurelio Hierro (Universidad de Oviedo, Spain)

Abstract:

In recent years, the progress of nanofabrication techniques, together with the development of novel magnetic microscopies, have made it possible to both stabilize and observe new magnetic spin tex- tures such as skyrmions, new types of magnetic walls or magnetic singularities. These new spin textures are not only interesting from a fundamental point of view, but they also have unique physical proper- ties, such a topological protection, robustness under external magnetic fields, high mobility and speed or multifunctionality. These properties make them a crucial element in developing new devices for var- ious applications, including medical technology and information and communication technologies. This symposium aims to gather the latest advancements in the field, encompassing fabrication and magnetic characterization techniques, as well as theoretical and experimental findings focused on their physical properties and potential applications. The symposium will focus on the following topics: a) Synthesis of 3D-nanomaterials. b) Magnetic microscopy for the study of spin textures. c) 3D and curvilinear nanomagnetism. d) Magnetization dynamics of domain walls in cylindrical systems. e) Dynamics of skyrmions and other spin textures. f) Spin textures in ferri and antiferromagnetic materials.

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En los últimos años, el progreso de las técnicas de nanofabricación junto con el desarrollo de estrategias para realizar microscopia magnética tridimensional, han permitido tanto estabilizar como observar nuevas texturas de espín magnéticas tales como, skyrmions, nuevos tipos de paredes magnéticas o singularidades magnéticas. Estas nuevas texturas de espín, no solo resultan ser interesantes desde el punto de vista fundamental, sino que las nuevas propiedades físicas que presentan como la estabilidad frente a la aplicación de campos magnéticos, o la posibilidad de desplazarse a altas velocidades, hacen que sean un elemento clave en el desarrollo de nuevos dispositivos para aplicaciones que abarcan desde la tecnología médica hasta las nuevas tecnologías de la información y las comunicaciones. Este simposio pretende recoger los principales avances en el campo, incluyendo desde las técnicas de fabricación y carac- terización magnética, que permiten la estabilización de estas estructuras, así como, resultados teóricos y experimentales centrados en sus propiedades físicas y sus posibles aplicaciones. En particular, el simposio abordará los siguientes temas: a) Fabricación de nanomateriales tridimensionales. b) Técnicas de microscopía magnética para el estudio de texturas de espín. c) Nanomagnetismo en sistemas tridimensionales y curvilíneos. d) Dinámica de paredes de dominio magnético en sistemas cilíndricos. e) Dinámica de skyrmions y otras texturas de espín. f) Texturas de espín en materiales ferri y antiferromagnéticos.

PROGRAMME New spin textures in magnetism (DFMC-GEFES) Escuela de ingeniería de Gipuzkoa - Room 2.1
16th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Lucia Aballe (ALBA Synchrotron Light Facility)	X-ray imaging of magnetic textures	Resumen
15:00-15:15	Marc Rovirola (Universitat de Barcelona)	Imaging of magnetoacoustic waves in ferromagnetic materials	Resumen
15:15-15:30	Laura Fernández García (Consejo Superior De Investigaciones Científicas - Universidad Complutense De Madrid)	Broadband ferromagnetic resonance spectroscopy for domain wall resonance measurements	Resumen
15:30-15:45	Haripriya Madathil (Universidad autonoma de Madrid)	Non-Linear Magnetoresistance due to Magnon Creation-Annihilation in Pt/Y3Fe5O12 Thin Films	Resumen
15:45-16:45	Coffee Break
16:45-17:15	Aurelio Hierro-rodriguez (Universidad de Oviedo)	Experimentally studying Bloch point magnetic singularities in thin films and microstructures	Resumen
17:15-17:30	Joao Fradet (ICMM-CSIC)	Complex two-step magnetisation reversal in bi-modulated cylindrical FeCo nanowires	Resumen
17:30-17:45	Lucía Gómez Cruz (IMDEA Nanociencia)	Œrsted-field-driven domain wall motion in cylindrical nanowires	Resumen
17:45-18:00	Yolanda Álvarez López (University Of Oviedo)	Magnetic properties dependence of chemical and geometrical modulations in Co-Ni bi-segmented nanowires	Resumen
18:00-18:15	David Sanchez-manzano (Universidad Complutense de Madrid)	Large magnetoresistance of isolated domain walls in La2/3Sr1/3MnO3 nanowires	Resumen
Posters 16th July
Label	Presenter	Title
16-5-01	Laura Álvaro Gómez (Universidad Complutense de Madrid)	Spin-textures dynamics in cylindrical nanowires	Resumen
16-5-02	Lucas Perez (Universidad Complutense de Madrid)	Asymmetric magnetic response induced by compositional gradients in Ni-Fe nanowires	Resumen
16-5-03	Sergio Martín-Domene (Universidad De Salamanca)	Generation of intense, polarization-controlled magnetic fields with non-paraxial structured laser beams	Resumen
16-5-04	Raquel Loriente (Instituto de Magnetismo Aplicado (UCM))	Exploring the Advanced Interaction of Ferrofluids and Magnetic Microwires for Cutting-Edge Biosensor Tecnology	Resumen
16-5-05	Domingo De Guzmán Orero Gámez (Universidad Autónoma De Madrid)	Mechanisms of current driven Néel vector reorientation in Mn2Au	Resumen
16-5-06	Daniel Doménech Azorín (BCMaterials)	Perpendicular Magnetic Anisotropy and Magneto-Optical Signal of [Co/Pt]1 Ultra-Thin Films	Resumen
16-5-07	Victoria Vega Fernández (Universidad de Oviedo)	Current induced propagation of magnetic vortices in NdCo5/Ni8Fe2 bilayers: memory effects and SOT	Resumen
16-5-08	Pranav Pradeep Puthenpurackal (Universidad Autónoma De Madrid)	Current-driven orbital angular momentum flow from Cu/oxide interfaces	Resumen
16-5-09	María Ángeles Laguna Marco (INMA (CSIC-Universidad de Zaragoza))	Growth and Characterization of Ir1–xCoxO2 Thin Films	Resumen
16-5-10	Esther Calle Ramírez (Departamento de Física de la Materia Condensada, Facultad de Ciencias, Universidad Autónoma de Madrid, Madrid, Spain)	Dielectrophoresis as a tool for the study of magnetic and transport properties in single FeCo and Py nanowires	Resumen
16-5-11	Julia Herrero Albillos (Universidad de Zaragoza & INMA)	Morphology and dynamics of domain walls through asymmetric hole 2D-arrays	Resumen

Organiser:

Reyes Calvo (U Alicante) Alexey Nikitin (DIPC) Pablo Alonso-González (U Oviedo) Blanca Biel (U Granada)

Invited speakers:

Rainer Hillenbrand (CIC nanoGUNE) Miguel Anaya (ICMS, U. Sevilla-CSIC) Marta Galbiati (U. Valencia) Julen Ibañez (CFM-CSIC) Georgia Papadakis (ICFO) Karolina Slowik (U. Nicolaus Copernicus) Luis Martín-Moreno (INMA, CSIC) Saul Velez (UAM, IFIMAC) Aitana Tarazaga (U. Oviedo) María Asensio (ICMM)

Abstract:

In the last decade, research activity on light-matter interactions in atomically thin (2D) materials has grown dramatically. Two-dimensional materials provide a unique platform for the study of new physical phenomena that emerge from their inherent low dimensionality, as well as those that can be obtained through the stacking of these materials in hetero- and homostructures. Our symposium ”Light-matter interactions in 2D materials” will cover novel optical and optoelectronic phenomena in 2D materials and will provide a framework where researchers from various fields can meet. It will cover classical and quantum optics; many-body phenomena in light-matter interaction; non-linear optical response, near-field microscopy, topological photonics; among many others. The symposium will thus provide a framework in which unifying concepts can be formed, new ideas inspired and new frontiers in theoretical and experimental research in light-matter interaction in 2D materials.

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En la última década, la investigación en las interacciones entre la luz y la materia en materi- ales bidimensionales (2D) ha crecido de manera significativa. Los materiales bidimensionales ofrecen una plataforma única para el estudio de nuevos fenómenos físicos que surgen de su inherente baja dimensionalidad, así como de aquellos que pueden obtenerse mediante el apilamiento de estos materiales en hetero- y homoestructuras. Nuestro simposio ”Interacciones luz-materia en materiales 2D” abordará fenómenos ópticos y optoelectrónicos novedosos en materiales 2D y proporcionará un marco donde los investigadores de diversos campos puedan encontrarse. El simposio cubrirá distintos aspectos de óptica clásica y cuán- tica; fenómenos many-body en interacción luz-materia; respuestas ópticas no lineales, espectroscopías de campo cercano; fotónica topológica, entre muchos otros. El simposio proporcionará, por lo tanto, un marco en el cual se pueden formar conceptos unificadores, inspirar nuevas ideas y abrir nuevas fronteras en la investigación teórica y experimental de la interacción luz materia en los materiales 2D.

Light-matter interactions in 2D materials (DFMC-GEFES)
PROGRAMME Escuela de ingeniería de Gipuzkoa - Room 2.6
15th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	María Asensio (ICMM, CSIC)	Electronic nano-imaging and Nano-ARPES: An innovative and powerful tool for the nanoscience	Resumen
15:00-15:30	Miguel Anaya (Universidad de Sevilla)	Managing light-matter interactions in halide perovskites for enhanced optoelectronic devices	Resumen
15:30-16:00	Georgia T. Papadakis (ICFO-Institut de Ciencies Fotoniques)	Far-field thermal photonics with polaritonic materials	Resumen
16:00-17:00	Coffee Break & Posters
17:00-17:30	Rainer Hillenbrand (CIC nanoGUNE)	IR and THz nanoscopy of ultra-confined phonon and plasmon polaritons	Resumen
17:30-18:00	Saul Velez (Universidad Autónoma de Madrid)	Nanofabrication for light control in two dimensional materials	Resumen
18:00-18:15	Kirill Voronin (DIPC)	Fundamentals of polaritons in strongly anisotropic thin crystal layers	Resumen
18:15-18:30	Eudomar Rafael Henriquez Guerra (University of Alicante)	Large Biaxial Compressive Strain Tuning of Neutral and Charged Excitons in Single-Layer Transition Metal Dichalcogenides	Resumen
16th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Luis Martin-Moreno (Instituto de Nanociencia y Materiales de Aragon)	Strong light-matter coupling in ultra small-volumes	Resumen
15:00-15:30	Marta Galbiati (Universidad de Valencia)	Monolayer-to-Mesoscale Modulation of the Optical Properties in 2D CrI3 Mapped by Hyperspectral Microscopy	Resumen
15:30-16:00	Julen Ibañez (Centro de Fisica de Materiales CFM)	Bulk photovoltaic effect in 2D-like structures	Resumen
16:00-17:00	Coffee Break & Posters
17:00-17:30	Aitana Tarazaga Martín-luengo (University of Oviedo)	Multiple and spectrally robust photonic magic angles in reconfigurabel alpha-MoO3 trilayers	Resumen
17:30-18:00	Karolina Slowik (Nicolaus Copernicus University in Torun)	Optoelectronic interactions of quantum emitters with low-dimensional nanoantennas	Resumen
18:00-18:15	Marie Krecmarova (Instituto de Ciencia de Materiales, Universidad de Valencia (ICMUV), 46071 Valencia, Spain)	Origin of discrete donor–acceptor pair transitions in 2D Ruddlesden–Popper perovskites	Resumen
18:15-18:30	Juan Francisco Sánchez Royo (University of Valencia)	Revealing the existence of out-of-plane trion emission in monolayer WSe2	Resumen
Posters 15th July
Label	Presenter	Title
15-6-01	Pierre Anthony Pantaleon Peralta (IMDEA Nanociencia)	Designing Moiré Patterns by Twist, Strain or Bending.	Resumen
15-6-02	Javier Sivianes Castaño (CFM)	Quadratic optical responses of Rashba surface states	Resumen
15-6-03	José Álvarez Cuervo (University of Oviedo)	Unidirectional Ray Polaritons in Twisted Asymmetric Stacks	Resumen
15-6-04	Mahesh Eledath Changarath (University of valencia)	Evidence of photo-accelerated aging of two-dimensional lead halide perovskites in ambient air leading to faster crystal decomposition with degraded photoluminescence	Resumen
15-6-05	Óscar Pérez Benito (Universidad Complutense de Madrid)	Interaction of ultra-broadband fs-laser pulses with 2D materials	Resumen
15-6-06	Arunava Kar (Donostia International Physics Center (DIPC))	Electronic band engineering in 3d intercalated transition metal dichalcogenides: Co1/3TaS2 and Fe1/3TaS2	Resumen
15-6-07	Sergio Martín-Domene (Universidad De Salamanca)	Ultrafast magnetic field induced by anisotropy in carbon nanotubes irradiated by intense laser fields	Resumen
15-6-08	Jose Eduardo Barcelon (Donostia International Physics Center)	NEXT-BOLD: Synthesis and characterization of single molecule detectors for Ba2+ capture towards the background-free detection of neutrinoless ?? decay	Resumen
15-6-09	Gonzalo Nicanor Molina (Instituto Madrileño de Estudios Avanzados en Nanociencia (IMDEA-Nanociencia))	Study of the exfoliation of two-dimensional Cu-doped TiSe2	Resumen

Organiser:

Héctor González Herrero (UAM) Daniel Martín Jiménez (ICMAB) Ana Pérez Rodríguez (U Salamanca)

Invited speakers:

Daniel Ebeling (Universidad Justus Liebig, Gießen, Germany) Fabian Schulz (CIC nanoGUNE) Carmen Munuera (Instituto de Ciencia de Materiales de Madrid) Marc González Cuixart (Catalan Institute of Nanoscience and Nanotechnology), Sara Barja (University of the Basque Country) Eider Berganza (Instituto de Ciencia de Materiales de Madrid) Aitor Mugarza (Catalan Institute of Nanoscience and Nanotechnology) Niklas Friedrich (University Regensburg)

Abstract:

In recent years, improvements in the miniaturization and assembly processes of matter, as well as the use of novel chemical species, have placed nanotechnology as a major producer of new ma- terials: customized organic molecules, nanowires, 2D materials and materials for energy, among others. These new materials are expected to be part of future electronic devices addressing some of humanity’s current challenges, such as electronic efficiency, energy storage, climate change and disease control. Scanning probe microscopies (SPM) play a key role in the characterization and fabrication of these materials. These techniques provide valuable information at the nanometer scale about the structure and physical properties of materials. It also enables structure-property correlations, which is crucial for understanding the behavior of materials and is a source of inspiration for the design of new ones with specific properties. In addition, SPM studies on materials can be performed in situ on working devices, such as transistors, photodetectors or batteries. This symposium will cover SPM works for the production, characterization and test of materials for future electronics.

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En los últimos años, las mejoras en los procesos de miniaturización y ensamblaje de la materia, así como el uso de especies químicas novedosas, han convertido la nanotecnología en una gran productora de nuevos materiales: moléculas orgánicas personalizadas, nanocintas, materiales 2D y materiales para la energía, entre otros. Se espera que estos nuevos materiales formen parte de los dispositivos electrónicos del futuro y que ayuden a resolver algunos de los retos actuales de la humanidad, como la eficiencia electrónica, el almacenamiento de energía, el cambio climático y el control de enfermedades. Las microscopías de sonda de barrido (SPM) desempeñan un papel fundamental en la caracterización y la fabricación de estos materiales. Estas técnicas proporcionan información valiosa a escala nanométrica sobre la estructura y las propiedades físicas de los materiales. También permiten establecer correlaciones estructura-propiedades, lo que resulta crucial para comprender el comportamiento de los materiales y sirve como inspiración para el diseño de otros nuevos con propiedades específicas. Además, los estudios SPM sobre materiales pueden realizarse in situ en dispositivos en funcionamiento, como transistores, fotodetectores o baterías. Este simposio incluirá trabajos de SPM para la producción, la caracterización y el test de materiales para la electrónica del futuro.

PROGRAMME Scanning probe microscopies: a tool to understand and fabricate materials for future electronics (DFMC-GEFES) Escuela de ingeniería de Gipuzkoa - Room 2.3
17th July
Hour	1st AUTHOR	Title	Ver
14:30-14:35	Welcoming by the organizers of symposium
14:35-14:55	Aitor Mugarza (Catalan Institute Of Nanoscience And Nanotechnology - )	Towards correlative SPM and synchrotron-based studies at ALBA	Resumen
14:55-15:10	Manuela Garnica (IMDEA Nanociencia)	Engineering a spin-orbit bandgap in graphene-tellurium heterostructures	Resumen
15:10-15:25	Paula Angulo Portugal (Centro de Física de Materiales (CSIC, UPV/EHU))	Fe coordinated N-doped graphene nanoflakes for NO2 sensing	Resumen
15:25-15:45	Sara Barja (University of the Basque Country UPV/EHU)	An Atomic-Scale Perspective on the Electrode-Electrolyte Interface	Resumen
15:45-16:00	Jaime Colchero (Universidad de Murcia)	A new versatile Atomic Force and Optical Microscope with X-Ray access as nanoLab	Resumen
16:00-16:50	Coffee Break & Posters
16:50-17:10	Carmen Munuera (Instituto de Ciencia de Materiales de Madrid (ICMM-CSIC))	Insights into 2D-based Devices via operando Scanning Probe Microscopy	Resumen
17:10-17:25	Jordi Antoja Lleonart (IMB-CNM (CSIC))	SCM and AM-KPFM of quantum devices at IMB-CNM	Resumen
17:25-17:45	Marc González Cuxart (Catalan Institute of Nanoscience and Nanotechnology)	Growth and atomic-scale insights into 2D materials beyond graphene	Resumen
17:45-18:00	Ana Cros (ICMUV. University of Valencia)	LIGHT ASSISTED KPFM TO STUDY DOPING AND SURFACE DEFECTS IN GALLIUM NITRIDE FOR POWER DEVICES	Resumen
18:00-18:15	Mario Navarro Rodríguez (Universidad de Murcia)	Surface charge dynamics in 2D materials and their relevance for AFM measurements	Resumen
18th July
Hour	1st AUTHOR	Title	Ver
14:30-15:05	Daniel Ebeling (Justus Liebig University Giessen)	Constructing organic nanomaterials molecule by molecule and deciphering on-surface reaction processes via chemical bond imaging	Resumen
15:05-15:25	Fabian Schulz (CIC nanoGUNE)	On-surface synthesis of nanographenes with polyradical states	Resumen
15:25-15:40	David Serrate Donoso (Inma, Csic-Universidad De Zaragoza)	Spin Polarized Edge States in Chiral Graphene Nanoribbons	Resumen
15:40-16:00	Niklas Friedrich (University Regensburg)	Current rectification by unipolar hole transport in a free-standing designer graphene nanoribbon	Resumen
16:00-17:00	Coffee Break
17:00-17:20	Eider Berganza (CSIC)	Unveiling the effects of curvature in magnetic domain-wall motion via Magnetic Force Microscopy	Resumen
17:20-17:35	Jorge Lobo-checa (Instituto de Nanociencia y Materiales de Aragón (CSIC-UniZar))	XMCD demonstration of 2D-Ferromagnetism on an atom-thick & extended 2D-MOF	Resumen
17:35-17:50	Pranav Sudersan (University of Murcia)	Surface Tension Measurements Using Atomic Force Microscopy on Micrometer-Sized Droplets	Resumen
17:50-18:05	Diego A. Aldave (Departamento De Física De La Materia Condensada, Universidad Autónoma De Madrid )	Stability of tobacco mosaic virus under high temperatures	Resumen
18:05-18:15	Closing marks
Posters 17th July
Label	Presenter	Title
17-7-01	Elisa Palacios Lidón (Universidad de Murcia)	Probing Interactions in Porphyrin-Graphene Materials: Insights from AFM and Raman Analysis	Resumen
17-7-02	Héctor González Herrero (Universidad Autónoma de Madrid)	Atomic-scale visualization of multiferroicity in monolayer NiI2	Resumen
17-7-03	Ana Galindo Bernabeu (Universidad de Murcia)	AFM showing hydrophobic/hydrophilic surface maps over lettuce leaves	Resumen
17-7-04	Giovanni Sáenz-arce (Universidad de Murcia)	Olive leaf wettability: from nanoscale to macroscale with focus on trichomes	Resumen
Posters 18th July
Label	Presenter	Title
18-7-01	Rodrigo Arilla (ICMAB)	EXPLORING THIN FILMS ENGINEERING TECHNIQUES FOR ORGANIC ELECTRONICS: FLUORINATED FULLERENES AND CORONENE	Resumen
18-7-02	Pranav Sudersan (University of Murcia)	Characterizing wetting phenomena: from macro-, meso- to nano-scale	Resumen
18-7-03	Ana Pérez Rodríguez (University of Salamanca (USAL))	Polarization-dependent photocurrent spectra and nanoscale characterization of 2D ReS2 field effect transistors.	Resumen
18-7-04	Diego A. Aldave (Departamento De Física De La Materia Condensada, Universidad Autónoma De Madrid )	Magnetic Force Microscopy: a tool to understand the influence of the magnetic screening of 2D materials with potential applications in electronic devices	Resumen
18-7-05	Daniel Martín Jiménez (Instituto de Ciència de Materials de Barcelona (ICMAB-CSIC))	CHARGE-TRANSFER COMPLEXES FOR ORGANIC SEMICONDUCTOR THIN FILM DEVICES	Resumen
18-7-06	Alfonso Yubero Navarro (DIPC (Donostia International Physics Center))	Molecular sensors for individual Ba tagging: application in neutrinoless double beta decay experiments	Resumen

Organiser:

Alberto Fernandez-Nieves (UB - ICREA), Jose Manuel Romero Enrique (U Sevilla)

Invited speakers:

Jordi Ignes-Mullol (U Barcelona, Spain)

Abstract:

Aside of their many technological applications, liquid crystalline materials continue to be the subject of intensive fundamental research. The past recent years have witness the discovery of new phases, including the twist-bend or the nematic ferroelectric phase. In addition, there has been progress in the control and mobility of topological defects, including skyrmions in cholesterics. Furthermore, active liquid crystals exhibit fascinating phenomenology, and colloidal partially-ordered materials continue to provide examples of unexpected and interesting physics. This symposium aims at showcasing these as well as other recent advances in the field to try and create synergies between researchers in Spain working with liquid crystals.

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Además de por sus aplicaciones tecnológicas en dispositivos electrónicos, los cristales líquidos continúan siendo de gran interés en investigación fundamental. Así, en los últimos años se han observado experimentalmente nuevas fases como la twist-bend o nemática ferroeléctrica. Además, se ha avanzado en el control y movilidad de defectos topológicos, tales como skyrmiones en fase colestérica bajo campos eléctricos oscilantes. Finalmente, los cristales líquidos activos presentan una fenomenología fascinante más rica que sus versiones pasivas. Este Simposio pretende mostrar avances recientes en el campo y crear sinergias entre los distintos grupos que investigan sobre cristal líquido en España.

PROGRAMME Advances and perspectives in the physics of liquid crystals (DFMC-GEFES) Escuela de ingeniería de Gipuzkoa - Room 2.1
18th July
Hour	1st AUTHOR	Title	Ver
14:30-15:10	Jordi Ignes Mullol (University of Barcelona)	Control and symmetry breaking in active nematic liquid crystals.	Resumen
15:10-15:30	Guilherme Amaral (CFTC-FCUL)	Liquid crystal skyrmions in shear flows	Resumen
15:30-15:50	Jyothishraj Nambisan (Universitat de Barcelona)	Active nematic defects in flat and curved surfaces	Resumen
15:50-16:10	Aitor Erkoreka (UPV/EHU)	Investigations on the polar properties of the ferroelectric nematic phase	Resumen
16:10-17:00	Coffee Break
17:00-17:20	Alejandro Cuetos (Universidad Pablo Olavide)	Modelling and simulation study of discotic liquid crystals using coarse-grained models	Resumen
17:20-17:40	Javier Rojo González (Universidad de Barcelona)	Nematic defect structures in solid tori	Resumen
17:40-18:00	Marlin Baral (Institute of Photonic Sciences (ICFO))	Tunable Bound states in continuum (BICs) in a liquid crystal wave-guide	Resumen
18:00-18:20	José Manuel Romero Enrique (Universidad de Sevilla)	Orientational transition in nanobridges of nematic liquid crystals in slit pores	Resumen

Organiser:

Hermann Suderow (UAM) Edwin Herrera (UAM) Katerina Vaxevani (Nanogune) José Ignacio Pascual (Nanogune) Javier Aizpurua (DIPC)

Invited speakers:

Angela Wittman (JGU Mainz) M. F. Goffman (CEA-Saclay, Université Paris-Saclay) J. Argüello(Universitat Politècnica de Catalunya)

Abstract:

Nowadays, research and advances in quantum technologies have a well-established role in the field of solid-state matter physics. For example, an increasing number of devices that utilize quantum effects benefit from the macroscopic quantum coherence. Its robustness to interference can be considerably improved by taking advantage of topological protection. Recent findings in band structure calculations show that there is an exploding number of materials that present topologically nontrivial states and/or exotic superconductivity. Furthermore, quantum variational eigenvalue methods have been developed to obtain minimum energy states in molecules and matter. Additionally, numerous experimental methods for the manipulation of these quantum states have been developed, as microwave spectroscopy combined with transport measurements. To augment the possibilities of such quantum materials, exploring the interaction of magnetism and superconductivity has been proven useful for the rapid advance of quantum technologies. The workshop will explore the properties of devices for quantum sensors and connect to recent developments in quantum computation.

The symposium invites contributions in fields such as:

• - Non-trivial band structures of 2D materials and magnetic systems.
• - 2D materials.
• - Superconductivity.
• - Manipulation of quantum states with microwaves.
• - Molecular magnets.
• - Hybrid structures and proximity-induced quantum phenomena.
• - Quantum sensors.
• - Quantum computation and algorithms.

Symposia supported by the Condensed Matter Physics Center (IFIMAC) and Condensed Matter Physics Department, Universidad Autónoma de Madrid.

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Hoy en día, la investigación y los avances en tecnologías cuánticas tienen un papel bien establecido en el campo de la física de la materia del estado sólido. Por ejemplo, un número cada vez mayor de dispositivos que utilizan efectos cuánticos se benefician de la coherencia cuántica macroscópica. Su robustez a las interferencias se puede mejorar considerablemente aprovechando la protección topológica. Hallazgos recientes en cálculos de estructuras de bandas muestran que existe una enorme cantidad de materiales que presentan estados topológicos no triviales y/o superconductividad exótica. Además, se han desarrollado métodos de valores propios variacionales cuánticos para obtener estados de energía mínima en moléculas y materia. También, se han desarrollado numerosos métodos experimentales para la manipulación de estos estados cuánticos, como la espectroscopia de microondas combinada con mediciones de transporte. Para aumentar las posibilidades de tales materiales cuánticos, se ha demostrado que explorar la interacción del magnetismo y la superconductividad es útil para el rápido avance de las tecnologías cuánticas. El taller explorará las propiedades de los dispositivos para sensores cuánticos y se conectará con los desarrollos recientes en computación cuántica.

El simposio invita a realizar contribuciones en campos como:

• Estructuras de bandas no triviales de materiales 2D y sistemas magnéticos.
• Materiales 2D.
• Superconductividad.
• Manipulación de estados cuánticos con microondas.
• Imanes moleculares.
• Estructuras híbridas y fenómenos cuánticos inducidos por proximidad.
• Sensores cuánticos.
• Computación cuántica y algoritmos.

Simposio apoyado por Condensed Matter Physics Center (IFIMAC) y el Departamento de Física de la Materia Condensada de la Universidad Autónoma de Madrid.

PROGRAMME Materials and Methods for Quantum Technologies Escuela de ingeniería de Gipuzkoa - Room 3.5
16th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Angela Wittmann (JGU Mainz)	Exploring spin at unconventional hybrid interfaces	Resumen
15:00-15:15	Maria Jose Martinez Perez (INMA (CSIC-University of Zaragoza))	Experimental observation of qubit-magnon interaction	Resumen
15:15-15:30	Marcos Rubín Osanz (Instituto de Nanociencia y Materiales de Aragón)	Dispersive readout of molecular spin qubits	Resumen
15:30-15:45	Haritz Garai-marin (University of the Basque Country UPV/EHU)	INTW code: Unifying Electron-Phonon Coupling Analyses Across LCAO and Plane-Wave Basis	Resumen
15:45-16:00	Miguel Agueda (Departemento de Física de la Materia Condensada. Univerdsidad Autónoma de Madrid)	Tunneling spectroscopy through the magnetic phases of Ce(Ru0.92Rh0.08)2Si2	Resumen
16:00-16:15	Miguel Ángel Ramos (Universidad Autónoma de Madrid)	Quantum materials by irradiation of MeV ions	Resumen
16:15-17:00	Coffee Break
17:00-17:15	Maria N Gastiasoro (Dipc)	Domain wall networks from intertwined charge density waves in single layer TiSe2	Resumen
17:15-17:30	Jose Angel Silva Guillen (IMDEA Nanociencia)	TaTe2: A vast landscape of structural and electronic properties.	Resumen
17:30-17:45	Artem Korshunov (DIPC)	CDW order in the magnetic kagome FeGe	Resumen
17:45-18:00	Chan-young Lim (Donostia International Physics Center)	Investigation on the electronic structure of distorted Kagome magnets RTi3Bi4 (R = Nd, Sm, Gd)	Resumen
18:00-18:15	Antonio David Subires Santana (DIPC)	Softening of a flat phonon mode in the kagome ScV6Sn6	Resumen
18:15-18:30	Manex Alkorta (Materials Physics Center)	Anharmonic analysis of the possible charge density wave phases on CsV3Sb5 using a machine learning interatomic potential	Resumen
17th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Marcelo Goffman (CEA-Saclay, Université Paris-Saclay)	The Fermionic-bosonic qubit	Resumen
15:00-15:15	Eduardo Lee (Universidad Autonoma de Madrid)	Joule spectroscopy and heating in hybrid superconductor-semiconductor devices	Resumen
15:15-15:30	Francisco Jesús Matute Fernández-cañadas (UAM)	Quantum circuits with multiterminal Josephson-Andreev junctions	Resumen
15:30-15:45	David Caldevilla-asenjo (Centro de Fisica de Materiales)	Characterization of planar Al-based Josephson Junctions proximitized by a ferromagnetic insulator	Resumen
15:45-16:00	Daniel Michel Pino González (Instituto de Ciencia de Materiales de Madrid (ICMM-CSIC))	Minimal Kitaev-transmon qubit based on double quantum dots	Resumen
16:00-16:15	Ignacio Casal Iglesias (Universidad Autónoma de Madrid)	InAs-Al nanowire based gatemon qubit	Resumen
16:15-17:00	Coffee Break
17:00-17:15	José María De Teresa Nogueras (INMA (CSIC-UNIZAR))	Superconducting devices based on Bi2Se3 junctions	Resumen
17:15-17:30	Stefano Trivini (cicnanogune)	Shaping superconducting proximity effect on graphene with nanometric precision	Resumen
17:30-17:45	Jon Ortuzar Andres (CIC nanoGUNE)	Effects of Coulomb blockade on Josephson phenomena	Resumen
17:45-18:00	Maria Jose Calderon (Instituto De Ciencia De Materiales De Madrid, Icmm-Csic)	Optical probes for the unconventional normal state of twisted bilayer graphene	Resumen
18:00-18:15	Pedro Alcázar (ICN2)	Disorder reduces localization in magic-angle twisted bilayer graphene [1]	Resumen
18:15-18:30	Josu Diego López ( Universidad del País Vasco (UPV/EHU))	Anharmonic effects clarify the mechanical and acoustic properties of graphene	Resumen
18th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Javier Argüello-luengo (Universitat Politècnica de Catalunya)	Noise correlation measurements: a new approach to detect spontaneously symmetry-broken phases with ultracold atoms	Resumen
15:00-15:15	Enrique Rico Ortega (Ikerbasque & UPV/EHU)	Quantum Many-Body phase diagram characterization using Fidelity-based Kernels	Resumen
15:15-15:30	Abel Carreras (Multiverse Computing)	Physically motivated enhancements of variational quantum eigensolvers for quantum chemistry	Resumen
15:30-15:45	Josu Etxezarreta (Tecnun - Universidad de Navarra)	Projected Lindbladian Dynamics via Hamiltonian Symmetries for Quantum Error Mitigation	Resumen
15:45-16:00	Geza Giedke (DIPC)	Coherent nuclear spin dynamics in graphene-related carbon nanostructures	Resumen
16:00-16:15	Nicolás Lorente Palacios (CSIC)	Localisation, ThLocalisation, Thermalisation and Time Crystals: Quantum Simulations of Disorderermalisation and Time Crystals: Quantum Simulations of Disorder	Resumen
16:15-17:00	Coffee Break
17:00-17:15	Ruben Esteban Llorente (Centro de Física de Materiales, CSIC-UPV/EHU)	Quantum computation of the dynamics of a quantum emitter coupled to an optical nanoresonator	Resumen
17:15-17:30	José C. Abadillo-uriel (ICMM-CSIC)	Manipulation of hole spins under realistic electric and strain fields in quantum dots	Resumen
17:30-17:45	Dorde Dangic (University of the Basque Country)	Superconductivity at low pressure conditions in Rb – H system	Resumen
17:45-18:00	Carlos Uriarte (Universidad Rey Juan Carlos)	Detection system and oscillation decay of a superconducting sphere inmersed in superfluid 4He.	Resumen
18:00-18:15	Jorge Martínez Romeral (ICN2)	Quantum geometry and disorder	Resumen
18:15-18:30	Jon Lafuente Bartolome (University of the Basque Country (UPV/EHU))	Anisotropic superconductivity with few Helmholtz Fermi-surface harmonics	Resumen
Posters 16th July
Label	Presenter	Title
16-9-01	Katerina Vaxevani (nanogune)	On-surface synthesis of nanographenes on proximitized superconducting substrates.	Resumen
16-9-02	Pablo García Talavera (Universidad Autónoma de Madrid)	Phase Analysis in FeSe	Resumen
16-9-03	Fran Romero-lara (CIC nanoGUNE)	Design of 2D Rare Earth – Au substrates for Spin Studies on Magnetic Nanographenes	Resumen
Posters 17th July
Label	Presenter	Title
17-9-01	Nuria Santervás Arranz (Cic Nanogune)	Electronic friction between two graphene sheets	Resumen
17-9-02	Vittorio Bellani (Department of Physics, University of Pavia and INFN)	Atomic Force, Kelvin Probe and Scanning Tunneling Microscopy of graphene and twisted graphene	Resumen
17-9-03	Guillermo Parra Martínez (IMDEA nanociencia)	Excitonic insulators in monolayer transition metal dichalcogenides	Resumen
Posters 18th July
Label	Presenter	Title
18-9-01	David Rodriguez (Centro de Astrobiología (CSIC-INTA))	Tuning NbTiN superconducting resonators for quantum computing applications	Resumen
18-9-02	Francisco Manuel Ballester Macià (DIPC - Donostia International Physics Center)	Phonon Topology in AgP2	Resumen
18-9-03	Pablo Rodriguez Lopez (Universidad Rey Juan Carlos)	Phononic Casimir effect	Resumen

Organiser:

Pablo Palacios(UPM) Celia Polop (UAM) Ferry Prins (UAM)

Invited speakers:

Georgia T. Papadakis (ICFO) Miguel Angel Niño Ortí (ALBA) Miguel Anaya (US) Leire Zubizarreta (ITE)

Abstract:

The transition to a carbon-neutral society relies in large part on the development of materials and technologies for improved energy harvesting, conversion, and storage. This is a joint symposium between GEE and GEFES in which we will discuss the latest advances in materials and technologies for solar cells, battery storage, and green hydrogen production. In particular, we will highlight the underlying physics that governs their functioning and the structure-property relationships that can be leveraged to rationally design the next generation of energy technologies. Ranging from material preparation to characterization, from device modelling to their operation and passing through efficiency and sustainability issues, this symposium aims to forge collaborations to accelerate the deployment of materials that will power the energy transition and shape a greener future.

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La transición hacia una sociedad neutra en carbono depende en gran medida del desarrollo de materiales para mejorar la recolección, conversión y almacenamiento de energía. En este simposio, discutiremos los últimos avances en materiales para células solares, almacenamiento de baterías y producción de hidrógeno verde. En particular, destacaremos la física subyacente que gobierna su funcionamiento y las relaciones estructura-propiedad que pueden aprovecharse para diseñar racionalmente la próxima generación de tecnologías energéticas. Este simposio, que abarca desde la preparación de materiales hasta la caracterización y desde el modelado de dispositivos hasta su funcionamiento, tiene como objetivo forjar colaboraciones para acelerar el despliegue de materiales que impulsarán la transición energética y darán forma a un futuro más ecológico.

PROGRAMME Energy transition: materials, technologies and sustainability (DFMC-GEFES, GEE) Escuela de ingeniería de Gipuzkoa - Room 2.6
17th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Miguel Anaya (Universidad de Sevilla)	The nanoscale landscape dictates performance in perovskite solar cells	Resumen
15:00-15:20	Juan Jesús Velasco Vélez (ALBA synchrotron)	Oxygen evolution reaction: the bottleneck in the production of electrocatalytic green hydrogen revealed by operando X-ray spectroscopy	Resumen
15:20-15:40	Carlos Cabrillo (IEM-CSIC)	Hysteretic adsorption of Molecular Hydrogen in Double Wall Carbon Nanotubes bundles	Resumen
15:40-16:00	María Isabel García Cortés (Laboratorio Nacional De Fusión. Ciemat)	Pellet injection in the stellarator TJ-II for fuelling and impurity control studies	Resumen
16:00-17:00	Coffee Break
17:00-17:30	Georgia T. Papadakis (ICFO-Institut de Ciencies Fotoniques)	Thermophotovoltaics: fundamental limits and avenues to approach them	Resumen
17:30-17:50	Karolina Milowska (CIC nanoGUNE)	A twist for tunable electronic and thermal transport properties of nanodevices	Resumen
17:50-18:10	Guadalupe Vega (University Of Córdoba)	Modelling light-matter interactions to enhance the performance of advanced halide perovskites based on optoelectronic devices	Resumen
18th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Leire Zubizarreta (Instituto Tecnológico de la Energía)	Last trends in materials and technologies for next generation batteries	Resumen
15:00-15:20	Lluís Yedra (Universitat Politècnica De Catalunya)	Novel TEM tools to shed light into ASSB cathode materials	Resumen
15:20-15:40	Andrii Boichuk (ICMUV, University of Valencia)	High performance MXene-based electrodes for energy generation and accumulation storages	Resumen
15:40-16:00	Sol Fernández Muñoz (Universidad de Sevilla)	Residual stresses in anode supported BaZr1-xYxO3-? electrolytes for solid oxide fuel cells	Resumen
16:00-17:00	Coffee Break
17:00-17:30	M. Ángel Niño (ALBA synchrotron Light Source)	The interface formation challenge in Zero-Excess Solid-State Li Batteries: OPERAndo approaches	Resumen
17:30-17:45	David Abejón (UAM)	Evaluating Ion Beam Techniques and Optical Methods (IBM-OM) to trace H-sorption processes: the magnesium-hydrogen case	Resumen
17:45-18:00	Mateo Ruiz Martín (University of Seville)	Plasma Assisted H2 Production in a Ferroelectric Packed Bed Reactor	Resumen
18:00-18:15	Paula Prieto (Universidad Autónoma de Madrid)	Variation of Pd thickness in Mg/Pd thin films for enhanced hydrogen absorption kinetics	Resumen
18:15-18:30	Maria Isabel Diez Garcia (UNIVERSIDAD DE ALICANTE)	An analytical model for back illuminated electrodes for its application in water splitting photoelectrochemical cells	Resumen
Posters 17th July
Label	Presenter	Title
17-10-01	Servando Marín Meana (Universidad de Sevilla)	NO Production in a Gliding Arc Plasma Reactor.	Resumen
17-10-02	Adrián Megías Sánchez (Universidad de Sevilla)	Plasma-Catalytic Dry Reforming of Methane: on the Role of a Ni Catalyst at Room Temperature.	Resumen
17-10-03	Alvaro Bueno (UNIVERSIDAD AUTÓNOMA DE MADRID)	Revisiting the optical properties of magnesium thin films	Resumen
Posters 18th July
Label	Presenter	Title
18-10-01	J.j. Suñol (University of Girona)	Customized Heusler alloys for magnetic refrigeration	Resumen
18-10-02	Tetiana Boichuk (ICMUV University of Valencia)	Hubrid aqueous supercapacitors based on Mxene/activated carbon	Resumen
18-10-03	Karolina Z. Milowska (CIC nanoGUNE)	The Origin of Amphipathic Nature of Short and Thin Pristine Carbon Nanotubes—Fully Recyclable 1D Water-in-Oil Emulsion Stabilizers	Resumen

Organiser:

Barabara Alvarez González, Antonio Dobado Gonzalez, Emma Torro Pastor

Abstract:

The symposium will consist of three main parts. Firstly, the presentation, by young scientists, of innovative results to which they have contributed in the field of theoretical physics, particle physics, gravitation, cosmology and related topics. On the other hand, two invited talks will take place on topics of special relevance for the division that have appeared during the last year yet to be determined. Finally, a small ceremony will take place to present the awards for the best doctoral theses of recent years awarded by the DFTP.

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El simposio constará de tres partes principales. En primer lugar la presentación, por parte de jóvenes científicos de resultados novedosos a los que ellos hayan contribuido en el ámbito de la física teórica, física de partículas, gravitación, cosmología y temas afines. Por otra parte tendrán lugar dos charlas invitadas sobre temas de especial relevancia y actualidad aparecidos durante el último año en los temas propios de la división aún por determinar. Por último tendrá lugar una pequeña ceremonia de entrega de los premios a las mejores tesis doctorales de los últimos años otorgados por la DFTP.

PROGRAMME Theoretical and Particle Physics Symposium (DFTP) Escuela de ingeniería de Gipuzkoa - Room 3.1
15th July
Hour	1st AUTHOR	Title	Ver
14:30-14:50	Jorge Ayllón Torresano (ICTEA-University of Oviedo)	Top quark studies with the CMS detector	Resumen
14:50-15:10	Irene Abril Cabezas (University Of Cambridge)	Does dust non-Gaussianity affect constraints on primordial gravitational waves and cosmic structure growth?	Resumen
15:10-15:30	Miguel Obeso Menéndez (ICTEA University of Oviedo)	Measurements of WZ properties in Run 3 with the CMS detector	Resumen
15:30-15:50	Fernando Pinto-gómez (University Pablo de Olavide)	Three and four gluon vertices from quenched lattice QCD	Resumen
16:00-17:00	Coffee Break
17:00-17:20	Arantza De Oyanguren Campos (Instituto de Física Corpuscular)	A new tracking and vertexing algorithm to search for long living particles at LHCb	Resumen
17:20-17:40	Susana Cebrian Guajardo (Universidad De Zaragoza)	Updated results on anual modulation from the ANAIS-112 dark matter experiment	Resumen
17:40-18:00	Cecilia Maria Morcillo Perez (CIEMAT)	Search for Rare Charm Decays into two Muons	Resumen
16th July
Hour	1st AUTHOR	Title	Ver
14:30-14:50	Helena Burriel Navarro (IFIC)	Computing activities at the Spanish Tier-2 for the ATLAS experiment in the LHC Run3 and towards High Luminosity (HL-LHC)	Resumen
14:50-15:10	Elvira Martín Viscasillas (Ciemat)	Studies on Higgs boson pair production in the bbtautau final state using proton-proton collisions at 13TeV data from the CMS experiment	Resumen
15:10-15:30	Cecilia Maria Morcillo Perez (CIEMAT)	Development and application of computational techniques for data analysis of CMS at CIEMAT	Resumen
15:30-16:30	Coffee Break
16:30-16:50	Alejandro Pérez García (University of Valencia)	Evaluation of Systematic Uncertainties coming from the application of ML/DL methods in the search for ttbar resonances in the ATLAS experiment (CERN)	Resumen
16:50-17:10	Susana Cebrian Guajardo (Universidad De Zaragoza)	Micromegas detectors for rare event searches in CAPA	Resumen
17:10-17:30	Albert López Huertas (ICCUB)	Lepton Flavour Universality tests with b-baryon decays at the LHCb experiment	Resumen
17th July
Hour	1st AUTHOR	Title	Ver
14:30-14:50	Alfonso Blasco Sanz (Universidad de Burgos)	Classical and Quantum higher-order superintegrable momentum-dependent Hamiltonians on curved spaces from the Zernike system	Resumen
14:50-15:10	Fernando Ezquerro Sastre (Universidad de Zaragoza)	Casimir energy in 2+1 non-abelian gauge theories	Resumen
15:10-15:30	Ticiano Torres Perálta (Facultad de Ciencias Exactas y Tecnología (FACET-UNT))	Enhanced Particle Identification in the LAGO Water Cherenkov Detectors Network through Machine Learning Techniques	Resumen
15:30-15:50	Katinka Wandall-christensen (IFIC (Univ. of Valencia and CSIC))	In-situ jet calibration in the ATLAS experiment	Resumen
16:00-17:00	Coffee Break
17:00-17:20	Jorge Romeo Araujo (CIEMAT)	Status of the Short-Baseline Near Detector neutrino experiment at Fermilab	Resumen
17:20-17:40	Leire Larizgoitia (DIPC)	NuESS, a new opportunity for CEvNS at the ESS	Resumen
17:40-18:00	Itsaso Hontoria Indart (Donostia International Physics Center (DIPC))	The GanESS experiment: CEnuNS detection with high pressure noble gas TPCs	Resumen
18th July
Hour	1st AUTHOR	Title	Ver
15:30-16:30	Award Ceremony - Best Thesis in Theorical and Particle Physics Awards Ceremony

Organiser:

Board of directors GEMF (Junta de Gobierno del GEMF)

Invited speakers:

Lorena Fernández, Director of Digital Identity at the University of Deusto.

Abstract:

The GEMF symposium will aim to debate topics that have to do with strategies to increase the presence of women in physics, make their achievements visible and defend the interests and equal rights and opportunities of physicists.

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El simposio del GEMF tendrá como objetivos debatir temas que tengan que ver con estrategias para aumentar la presencia de mujeres en física, visibilizar los logros de éstas y defender los intereses y la igualdad de derechos y oportunidades de las físicas.

PROGRAMME Women in Physics (GEMF) Escuela de ingeniería de Gipuzkoa - Room 2.1
17th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Lorena Fernández (University of Deusto)	De aquellos sesgos, estos algoritmos	Resumen
15:00-15:15	Marta Seror (CSIC)	Traces and trails: professors of atomic, molecular and nuclear physics in Spain	Resumen
15:15-15:30	Míriam Comet-Donoso (University Of Barcelona)	Gender dynamics in class participation: insights from higher education in Physics	Resumen
15:30-15:45	Ana Jesús López Díaz (University of A Coruña)	Gender approach in university teaching: activities of the Grupo de Innovación Docente Multidisciplinar para a Igualdade de Xénero (GIDMIX)	Resumen
15:45-16:00	Rocio Vilar Cortabitarte (Instituto de Fisica de Cantabria (UC-CSIC))	Fortaleciendo la igualdad y la diversidad en el Instituto de Física de Cantabria	Resumen
16:00-16:30	Coffee Break
16:30-16:45	Núria Garro (Universitat de València)	Tornem als instituts: actividades de visibilización de las mujeres en los estudios de Física	Resumen
16:45-17:00	Mariam Tórtola Baixauli (IFIC (CSIC/Universitat de València))	Proyecto Meitner - Recordando a las pioneras de la Física Nuclear y de Partículas	Resumen
17:00-17:15	María Matilde Ariza Montes (Ies "pedro Espinosa")	Mujeres científicas con andares de gigantes	Resumen
17:15-18:30	Asamblea GEMF

Organiser:

Carlos Hernández-García

Invited speakers:

Allan Johnson (IMDEA Nanoscience) Rocío Borrego-Varillas (Instituto di Fotonica e Nanotecnologie-consiglio Nazionale delle Ricerche) Guillermo Muñoz Matutano (Universitat de Valencia)

Abstract:

The symposium is organized by the Quantum Optics and Nonlinear Optics Group (GEOCONL) in collaboration with the Ultrafast Lasers Group (GELUR) of the RSEF. Oral and poster communications will be presented. It is dedicated to theoretical and experimental developments in the study of the nature of light and its interaction with matter, when quantum and/or nonlinear optical phenomena occur. It includes quantum states of light, cold atoms and matter waves, plasmonics, nanophotonics, coherence effects, physics of lasers and amplifiers, nonlinear and multi-photon processes, strong field physics, nonlinear materials, nonlinear metamaterials, nonlinear photonics crystals, nonlinear spectroscopy, nonlinear dynamics, ultrafast phenomena, generation and characterization of ultra-short and/or ultra-intense light pulses, high harmonic generation and attosecond physics, optomechanics, applications of quantum phenomena and nonlinear photonics.

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El simposio está organizado por el Grupo Especializado de Óptica Cuántica y Óptica No Lineal (GEOCONL) en colaboración con el Grupo Especializado de Láseres Ultrarrápidos de la RSEF. Las comunicaciones podrán ser orales o póster. El simposio está dedicado a los desarrollos teóricos y experimentales en el estudio de la naturaleza de la luz y su interacción con la materia, prestando especial atención a los fenómenos ópticos cuánticos y/o no lineales. La temática del simposio incluye estados cuánticos de luz, átomos fríos y ondas de materia, plasmónica, nanofotónica, efectos de coherencia, física de láseres y amplificadores, procesos no lineales y multifotónicos, física de campos intensos, materiales no lineales, metamateriales no lineales, cristales fotónicos no lineales, espectroscopia no lineal, dinámica no lineal, fenómenos ultrarrápidos, generación y caracterización de pulsos de luz ultracortos y/o ultraintensos, generación de armónicos de orden alto y física de attosegundo, optomecánica, aplicaciones de fenómenos cuánticos y fotónica no lineal.

PROGRAMME Quantum Optics and Nonlinear Optics Symposium (GEOCONL, GELUR) Escuela de ingeniería de Gipuzkoa - Room 2.4
16th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Allan Johnson (IMDEA Nanoscience)	Few-femtosecond coupled charge and lattice dynamics in an ultrafast phase transition	Resumen
15:00-15:15	Luis Plaja Rustein (Universidad de Salamanca)	Talbot high-order harmonic spectroscopy from solids	Resumen
15:15-15:30	Carlos José Sánchez Martínez (Universidad Autónoma de Madrid)	A mixed perturbative-nonperturbative treatment for strong light-matter interactions	Resumen
15:30-15:45	Sergi De María García (Universitat de València)	Propagation of multisingular beams in linear and non-linear systems	Resumen
15:45-16:00	José Miguel Pablos Marín (Universidad de Salamanca)	Artificial intelligence applied to the simulation of macroscopic high harmonic generation	Resumen
16:00-16:45	Coffee Break
16:45-17:15	Rocio Borrego Varillas (CNR-IFN)	Ultrafast sources in the UV and XUV for time-resolved spectroscopy	Resumen
17:15-17:30	Eduardo Oliva Gonzalo (Universidad Politécnica de Madrid)	1D and 3D Maxwell-Bloch modelling of lasing from nitrogen plasma filaments	Resumen
17:30-17:45	Germán J. De Valcárcel (Universitat De València)	Passive Modelocking of Solid-State Lasers: Master Equation, Self-Starting Modelocking, and the Q-Switching Instability	Resumen
17:45-18:00	Arturo Mena (University Of The Basque Country (Upv/ehu))	Tavis-Cummings model for frequency up-conversion in gas-filled anti-resonant hollow-core fibers	Resumen
18:00-18:15	Pau Arcos Calderon (University of the Basque Country)	Scaling of Raman molecular modulation in hollow anti-resonant fibers	Resumen
17th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Guillermo Muñoz Matutano (Universitat de València)	Low dimensional perovskites for quantum optics and QED platforms	Resumen
15:00-15:15	Lidia Lozano Martín (Univeristat de Barcelona)	Enhanced emission of single-photon sources based on colloidal quantum dots with printed microstructures	Resumen
15:15-15:30	Antonio Ganfornina-Andrades (Universidad Pública De Navarra)	Finite transition quantum effects in temporal metamaterials	Resumen
15:30-15:45	Fabio Revuelta Peña (Universidad Politécnica de Madrid)	Inelastic confinement-induced resonances in multiwell potentials	Resumen
15:45-16:00	Eduardo Zubizarreta Casalengua (Technical University of Munich)	Two-photon emission from single-photon sources	Resumen
16:00-16:45	Coffee Break
16:45-17:00	Alberto Muñoz De Las Heras (Instituto de Física Fundamental IFF-CSIC)	Non-linear-enabled localization in driven-dissipative photonic lattices	Resumen
17:00-17:15	Diego Fernández De La Pradilla Viso (Universidad Autónoma de Madrid)	Taming the Bloch-Redfield equation: Recovering an accurate Lindblad equation for general open quantum systems	Resumen
17:15-17:30	Hector Pablo Ojeda Collado (University of Hamburg)	Equilibrium parametric amplification in Raman-cavity hybrids	Resumen
17:30-17:45	Inmaculada Pérez Pérez (Friedrich-Schiller-Universität Jena)	Plasmonic enhancement of quantum spectrography for single molecule detection	Resumen
17:45-18:00	Elena Pinilla-Cienfuegos (Universitat Politécnica De València. Ntc.)	Integrating Plasmonic antennae with dielectric Waveguides towards single-molecule Raman Detection	Resumen
18:00-18:15	Blas Durá-Azorín (Universidad Autónoma De Madrid)	Geometrical anticorrelations: changing the photon statistics with the geometry of the electromagnetic environment.	Resumen
Posters 16th July
Label	Presenter	Title
16-12-01	Eugenio Roldán Serrano (Universitat de València)	El anti-arracimamiento desde una perspectiva semiclásica	Resumen
16-12-02	Juan Enrique Vázquez-Lozano (Universidad Pública De Navarra)	Scientific and technological breakthroughs in thermal emission engineering: From spatial modeling to temporal modulations	Resumen
16-12-03	Laura Dolores Hernández Martín (Institute Of Optics )	Evolution of pulse temporal chirp in ultralong lasers	Resumen
16-12-04	María Sánchez Hernández (Universidad del País Vasco/Euskal Herriko Unibertsitatea (UPV/EHU))	Stimulated Raman scattering and molecular modulation in gas-filled anti-resonant fibers	Resumen
16-12-5	Álvaro Ruiz (UPV/EHU)	Floquet theory in the context of nonlinear optics for isolated and extended systems	Resumen
Posters 17th July
Label	Presenter	Title
17-12-01	Carlos Felipe Sánchez (Universidad Politécnica Salesiana )	Solitones espaciotemporales en redes de Bessel	Resumen
17-12-02	Cristian Barbero (Universidad de Salamanca)	Spatio-Temporal characterization in VEGA-3 PW-class laser	Resumen
17-12-03	Javier Garcia Monreal (University of Valencia)	Towards ultrasensitive phase-shift metrology with nonlinear optical transient detection	Resumen
17-12-04	Antonio Picon (Universidad Autonoma de Madrid)	Modelling ultrafast studies from molecules to 2D materials	Resumen

Organiser:

Miguel Angel García March

Invited Speakers:

Rodrigo Martínez (DIPC- Donostia International Physics Center) Daniel Barredo (Institut d'Optique-CNRS & CINN-CSIC)

Abstract:

The symposium is jointly organized by the Quantum Optics and Nonlinear Optics Group (GEOCONL) and the Quantum Information group (GEIC) of the RSEF. Oral and poster communications will be presented. It is dedicated to developments in quantum technologies, excluding quantum computation. Modern quantum technologies include quantum simulation, quantum sensing and thermometry, quantum communications, quantum cryptography, or even quantum engines. Theoretical or experimental studies in systems typically used for these technologies, such as superconducting qubits, photonic systems, ion trapping, etc. are also welcomed, particularly when the work shows an improvement that impacts these technologies. Advances on quantum computing and theoretical quantum information are presented in a separate symposium.

PROGRAMME Quantum Technologies Symposium (GEOCONL, GEIC) Escuela de ingeniería de Gipuzkoa - Room 2.3
15th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Rodrigo Martínez Peña (DIPC)	Reservoir computing in quantum systems	Resumen
15:00-15:15	Carlos Pobes Aranda (INMA)	Development of Transition-Edge Sensors for different applications	Resumen
15:15-15:30	Victoria Esteso (Universidad de Sevilla - Instituto de Ciencia de Materiales de Sevilla (US-CSIC))	Single molecules as thermometers for cryogenic temperatures	Resumen
15:30-15:45	Alberto Muñoz De Las Heras (Instituto de Física Fundamental IFF-CSIC)	Photonic quantum metrology with variational quantum optical non-linearities	Resumen
15:45-16:00	Alejandro Vivas-Viaña (Department Of Theoretical Condensed Matter Physics And Ifimac (Universidad Autónoma De Madrid), And Institute Of Fundamental Physics Iff-Csic)	FREQUENCY-RESOLVED PURCELL EFFECT FOR THE DISSIPATIVE GENERATION OFSTEADY-STATE ENTANGLEMENT	Resumen
16:00-16:15	Ana Blázquez Coído (Vigo Quantum Communication Center)	Simple and self-testing quantum random number generator	Resumen
16:15-17:00	Coffee Break
17:00-17:15	Guillermo Currás Lorenzo (Universidad de Vigo)	A security framework for quantum key distribution implementations	Resumen
17:15-17:30	Xoel Sixto (Vigo Quantum Communication Center, Universidade De Vigo)	Quantum key distribution with full information leakage	Resumen
17:30-17:45	Margarida Pereira (Vigo Quantum Communication Center, University of Vigo)	Quantum key distribution with unbounded pulse correlations	Resumen
17:45-18:00	Ainhoa Agulleiro (Vigo Quantum Communication Center, Universidad De Vigo)	Modelling and characterization of intensity correlations for quantum key distribution	Resumen
18:00-18:15	Alessandro Marcomini (University of Vigo)	Security of decoy-state QKD with higher-order phase correlations in gain-switched lasers	Resumen
18:15-18:30	Víctor Zapatero (Vigo Quantum Communication Center)	A refined statistical bound for QKD security analyses	Resumen
16th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Daniel Barredo (Institut D/optique-Cnrs&cinn-Csic)	Exploring quantum magnetism with Rydberg atom arrays	Resumen
15:00-15:15	Miguel Ángel Porras Borrego (Universidad Politécnica de Madrid)	teleportation of a particle's mass via quantum Zeno dynamics	Resumen
15:15-15:30	Maria Arazo (Universitat de Barcelona)	Chiral states in rotating BECs with current-density interactions	Resumen
15:30-15:45	Luis Escalera-moreno (Max Planck Institut für Quantenoptik)	Simulating the 2D Fermi-Hubbard model with ultra-cold fermions in optical lattices	Resumen
15:45-16:00	Héctor Briongos-merino (Universitat de Barcelona )	Ultracold dipolar bosons trapped in a 3-well atomtronic circuit	Resumen
16:00-16:15	Armando Pérez (Departamento de Física Teórica & IFIC, Universidad de Valencia-CSIC)	Bright and dark solitons in nonlinear quantum walk	Resumen
16:15-17:00	Coffee Break
17:00-17:15	Hannah Thiel (Universidad de Vigo)	On-chip time-bin entanglement at telecom wavelengths	Resumen
17:15-17:30	Carlos Navarrete-benlloch (Universitat de València)	Many-body phases enabled by quantum optical processes	Resumen
17:30-17:45	Raul Lahoz Sanz (University of Barcelona)	Setup for the complete characterization of polarizarion-entangled photons using Quantum State Tomography	Resumen
17:45-18:00	Alberto Del Moral (Institute of Microelectronics of Barcelona (IMB-CNM, CSIC))	Development of a spin qubit technology platform based on semiconductor quantum dots	Resumen
18:00-18:15	Tasio Gonzalez-Raya (Basque Center For Applied Mathematics (Bcam))	Satellite-based entanglement distribution and quantum teleportation with continuous variables	Resumen
18:15-18:30	Miguel Clavero (Instituto de Física Fundamental)	Topological quantum dissipative phases with trapped ions	Resumen
Posters 15th July
Label	Presenter	Title
15-13-01	Pascuala García-martínez (Universitat de València)	Implementación Óptica de Paseos Cuánticos con Moduladores Espaciales de Luz	Resumen
15-13-02	Miguel Angel Garcia-march (IIUMPA - Instituto Universitario de Matemática Pura y Aplicada Universitat Politècnica de València)	Strongly correlated few-atomic states	Resumen
15-13-03	Miguel Angel Garcia-march (IIUMPA - Instituto Universitario de Matemática Pura y Aplicada Universitat Politècnica de València)	One and two ultracold atoms in one dimension in presence of delta potential	Resumen
15-13-04	José Balduque Picazo (Universidad Autónoma de Madrid)	Minimal thermal and thermoelectric rectifiers	Resumen
15-13-05	Victor Rollano (Center of Astrobiology)	Fabrication of superconducting resonators on diamond substrates with implanted NV- centres	Resumen

Organiser:

Gabriel Pinto Cañón and Luis Moreno Martínez

Invited speakers:

Erramun Martiarena Sarasola

Abstract:

This Symposium aims to be a forum for the exchange of knowledge and discussion in which it will aim to: (i) contribute to the formation of scientific culture (especially in the field of the history of physics); (ii) share experiences and ideas of teachers from the different educational stages on the teaching of physics (educational methods, new legislation, STEM/STEAM competencies, learning situations...); (iii) promote the dissemination of science in general and physics in particular. The research areas that this symposium seeks to cover include: the didactics of experimental sciences, the history and philosophy of science, and scientific communication and dissemination.

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Este Simposio pretende ser un foro de intercambio de conocimientos y discusión en el que se pretenderá: (i) contribuir a la formación de la cultura científica (especialmente en el ámbito de la historia de la física); (ii) compartir experiencias e ideas del profesorado de las distintas etapas educativas sobre la enseñanza de la física (métodos educativos, nueva legislación, competencias STEM/STEAM, situaciones de aprendizaje…); (iii) fomentar la divulgación de las ciencias en general y de la física en particular. Las áreas de investigación que trata de cubrir este simposio incluyen: la didáctica de las ciencias experimentales, la historia y filosofía de la ciencia, y la comunicación y divulgación científica.

PROGRAMME Didactics and History of Physics (GEDH) Escuela de ingeniería de Gipuzkoa - Room 2.2
18th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Erramun Martiarena Sarasola (Scientix-Ikastolen Elkartea)	Reflexiones y experiencias para mejorar la enseñanza de la física dentro de la educación STEAM	Resumen
15:00-15:15	José Gutiérrez Berraondo (Escuela de Ingeniería Dual de Elgoibar)	Un enfoque de enseñanza activa en la Universidad: STEAM-Active	Resumen
15:15-15:30	Iván Sánchez (Universidad del BIO BIO)	Análisis de dos enfoques de resolución de problemas de cinemática en estudiantes universitarios	Resumen
15:30-15:45	Mikel Garitano Telleria (Euskal Herriko Unibertsitatea)	Jupyter Book as a Tool for the Elaboration of Final Degree Projects in Physics and Nanothermodynamics: A Case Study	Resumen
15:45-16:00	Gabriel Pinto (Universidad Politécnica de Madrid)	EDUCATIONAL TOURS THROUGH MADRID FOR PHYSICS LEARNING	Resumen
16:00-17:00	Coffee Break
17:00-17:15	Luis Moreno Martínez (Reales Sociedades Españolas De Física Y Química)	El Museo del Prado y el CERN como escenarios de aprendizaje STEAM para explorar la historia de la física	Resumen
17:15-17:30	Fabio Revuelta Peña (Universidad Politécnica de Madrid)	A software for the automated principal-component analysis of learning styles (CHAEA3S)	Resumen
17:30-17:45	Miguel-Ángel Cabeza-rodríguez (Universidad Internacional de La Rioja)	A Chatbot as a Virtual Assistant for the Students of the Introductory Course in Physics: A Case Study in an Online University	Resumen
17:45-18:00	José Díaz Medina (Universitat de Valencia)	Particular aspects of the teaching of Atomic, Nuclear and Particle Physics	Resumen
18:00-18:15	Eduardo Oliva Gonzalo (Universidad Politécnica de Madrid)	Adaptando juegos de exploracion a actividades de gamificacion	Resumen
Posters 18th July
Label	Presenter	Title
18-1-01	Maddi Ortueta (UPV/EHU)	Dificultades de aprendizaje de estudiantes de secundaria en el compensión de eclipses	Resumen

Organiser:

Juan A. Añel

Abstract:

The physics of the atmosphere and ocean explains a large part of the physical processes that occur on our planet, as well as on others. In this sense, it is the basis of disciplines such as meteorology, oceanography or climatology, with a very direct relationship with fluid dynamics. This symposium accommodates all communications related in one way or another to these topics. At the symposium, presentations are accepted to be presented orally or as a poster.

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La física del atmósfera y del océano explica gran parte de los procesos físicos que ocurren en nuestro planeta, así como en otros. En este sentido es la base de disciplinas como la meteorología, oceanografía o climatología, con una relación muy directa con la dinámica de fluidos. En este simposio se da cabida a todas las comunicaciones relacionadas de una forma un otra con estas temáticas. En el simposio se aceptan presentaciones para ser expuestas de forma oral o como póster.

PROGRAMME Physics of the Atmosphere and Ocean (GEFAO) Escuela de ingeniería de Gipuzkoa - Room
Posters 18th July
Label	Presenter	Title
18-17-01	M. Carmen Casas Castillo (Universitat Politècnica de Catalunya·BarcelonaTech)	Variación futura del régimen pluviométrico de Barcelona bajo escenarios de cambio climático por calentamiento global	Resumen
18-17-02	Laura De La Torre Ramos (Universidade de Vigo)	Comparison of different stratospheric parameters from reanalysis and satellite data	Resumen
18-17-03	Juan Antonio Añel Cabanelas (EPhysLab, Universidade de Vigo)	Impacto del cambio climático en la estructura, propiedades dinámicas y espesor de la estratosfera	Resumen
18-17-04	Juan Antonio Añel Cabanelas (EPhysLab, Universidade de Vigo)	La basura espacial y la necesidad de una mejor vigilancia del cambio climático en la media y alta atmósfera	Resumen
18-17-05	Juan Antonio Añel Cabanelas (EPhysLab, Universidade de Vigo)	Ozono superficial semicuantitativo de los siglos XIX y XX a lo largo de la Europa subtropical hasta las costas atlánticas de África tropical	Resumen

Organiser:

Gabriela Llosa

Invited speakers:

Jordi Llop (CIC BiomaGUNE) José Miguel Delgado (Presidente de la Sociedad Española de Radiocirugía) Jorge ROSER (Institute Of Medical Engineering, Universität Zu Lübeck) Ane ETXEBESTE (Université de Lyon- CREATIS)

Abstract:

The RSEF specialized group symposium on Medical Physics, which will take place at the XXXIX Biennial Meeting, aims to be a forum to relate researchers in this field and communicate advances in Medical Physics in its different lines of research: control quality of radiotherapy treatments with both photons and hadrons; development of detectors for imaging and dosimetry; image reconstruction and analysis and importance of AI in its reconstruction; radiomics and many other topics that are positioned every day in this specialty due to advances in other areas of Physics that impact the development of Medical Physics.

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El simposio de grupo especializado en Física Médica de la RSEF, que va a desarrollarse en la XXXIX Reunión Bienal tiene como objetivo ser un foro para relacionar a los investigadores en este campo y comunicar los avances en Física Médica en sus distintas líneas de investigación: control de calidad de los tratamientos de radioterapia tanto con fotones como con hadrones; desarrollo de detectores para imagen y dosimetría; reconstrucción y análisis de imagen e importancia de la IA en su reconstrucción; radiómica y otros muchos temas que cada día se posicionan en esta especialidad por los avances en otras áreas de la Física que repercuten en el desarrollo de la Física Médica.

PROGRAMME Medical physics (GEFM) Escuela de ingeniería de Gipuzkoa - Room 4.2
16th July
Hour	1st AUTHOR	Title	Ver
14:30-14:55	Jordi Llop (CIC BiomaGUNE)	Promises and limitations in the present and future of radiotheranostics: from self-propelled nanosystems to controlled metabolism	Resumen
15:00-15:12	Meritxell Vilaseca (Universitat Politècnica de Catalunya (UPC), Center for Sensors, Instruments and Systems Development (CD6))	Hyperspectral imaging and deep learning for medical diagnosis	Resumen
15:15-15:27	Pablo Garcia Cristobal (Institute For Molecular Imaging And Instrumentation (I3M), Spanish National Research Council (CSIC) And Universitat Politècnica De València (UPV))	Towards tissue-targeted disease detection on a low-field portable scanner using quantitative brain maps	Resumen
15:30-15:42	Eduardo Pallas Lodeiro (Instituto de Instrumentación para Imagen Molecular (I3M))	Low-field portable MRI scanner with an elliptic-bore Halbach magnet	Resumen
15:45-15:57	Fernando Lopez-Berenguer (Instituto De Instrumentación Para Imagen Molecular (I3M))	First validation of a trimodal imaging system: PET-FUS-MR	Resumen
16:00-17:00	Coffee Break
17:00-17:12	Neus Cucarella (Instituto de Instrumentación para Imagen Moleculer (i3M))	Advanced preclinical PET scanner based on semi-monolithic detectors with TOF and DOI capabilities	Resumen
17:15-17:27	Nerea Encina Baranda (Universidad Complutense de Madrid)	Obtención simultánea de imágenes PET de dos radiotrazadores en estudios dinámicos	Resumen
17:30-18:30	Networking
17th July
Hour	1st AUTHOR	Title	Ver
14:30-14:55	José Miguel Delgado (Sociedad Española de Radiocirugía)	Avances en la integración tecnológica en Radiocirugía	Resumen
15:00-15:27	Jorge Roser (Institute Of Medical Engineering, Universität Zu Lübeck)	Premio tesis GEFM: Improving the image quality with Compton camaras for medical application	Resumen
15:30-15:42	Pablo De Vera (Universidad de Murcia)	Assessment of dose distributions by alpha-, beta- and Auger-emitting radioisotopes by means of simple yet reasonably accurate Monte Carlo simulations	Resumen
15:45-15:57	José Díaz Medina (Universitat de Valencia)	Radiological Emergency Program of Valencia Region	Resumen
16:00-17:00	Coffee Break
17:00-17:12	Alicia Reija (Instituto de Instrumentación para Imagen Molecular (i3M, CSIC - Universitat Politècnica de València) )	Radiobiological effects of laser-generated protons and X-rays in cell cultures	Resumen
17:15-17:27	Pablo Cabrales Miró-granada (Universidad Complutense de Madrid)	Reconstrucción de Dosis 3D en Protonterapia Usando Redes Neuronales Profundas y Detección de Emisores de Positrones	Resumen
17:30-17:42	Jorge Roser (Institute Of Medical Engineering, Universität Zu Lübeck)	Reducción de ruido en imagen 3D con cámaras Compton usando discretizaciones no uniformes del campo de visión	Resumen
17:45-17:57	Ana María Zamora-Vinaroz (Departamento De Física - Centro De Investigación En Óptica Y Nanofísica (Cioyn) - Universidad De Murcia)	Monte Carlo simulation of the water equivalent ratio in condensed-phase materials of interest in protontherapy	Resumen
18:00-18:12	Miguel Galocha Oliva (Universidad de Sevilla)	Monte Carlo study of the relation between lineal energy and restricted linear energy transfer for protons and carbon ions	Resumen
18:15-18:27	Gabriela Llosá Llácer (IFIC (CSIC-U. Valencia))	Status of MACACO and FALCON Compton cameras for medical applications.	Resumen
18th July
Hour	1st AUTHOR	Title	Ver
14:30-14:55	Jesus Ruiz-cabello (CIC biomaGUNE)	Basque Research and Technology Alliance (BRTA) at CIC biomaGUNE	Resumen
15:00-15:12	Guerda Massillon-jl (UNAM/CIC Nanogune)	Real-time time-dependent density functional theory of electronic stopping power for protons and antiprotons in LiF using plane waves	Resumen
15:15-15:27	Daniel Suarez-garcia (University of Sevilla)	A new time-structure computational tool for microdosimetric studies of radiopharmaceutical therapy using TOPAS toolkit	Resumen
15:30-15:42	Osiris Núñez-chongo (CIEMAT)	Development of digital twins for calculating effective dose in humans exposed to high radiation.	Resumen
15:45-15:57	Alicia Reija (Instituto de Instrumentación para Imagen Molecular (i3M, CSIC - Universitat Politècnica de València) )	Spectral separation of laser-accelerated protons and ions in a magnetic dipole chicane	Resumen
16:00-17:00	Coffee Break
17:00-17:12	Alberto Martin Perez (Politecnico di Torino)	Multiplexed physical sensing for cell detection and characterization	Resumen
17:15-17:27	David S. Canzobre (Universidade da Coruña)	The utilisation of laser technology for the objective classification of the posture of individuals who are bedridden.	Resumen
17:30-17:42	Sergio Panzuela Pérez (Hospital Universitario Donostia)	Film Dosimetry Based on a Multivariant Net Optical Density Approach	Resumen
17:45-18:45	Asamblea GEFM
Posters 18th July
Label	Presenter	Title
18-18-01	Nataly Diaz (Universidad complutense de madrid )	Assessment of PRIMO-PenEasy Monte Carlo Simulation Against Dosimetric Findings for 6 MV Photon Beams in Small Fields	Resumen
18-18-02	Sergio Panzuela Pérez (Hospital Universitario Donostia)	Radiomics for predicting individual Survival in Radiotherapy treatments	Resumen
18-18-03	Carlos Galindo González (Universitat De València)	Evaluación de los factores que influyen en el registro de imágenes de perfusión obtenidas por láser Doppler, para el estudio de la microvascularización periférica	Resumen

Organiser:

Diego Porras

Invited speakers:

Álvaro Alhambra (IFT-CDIC) Jara Juana Bermejo Vega (Universidad de Granada)

Abstract:

The symposium is organized by the Quantum Information and Computation Group (GEIC) of the RSEF. It is dedicated to: (i) Developments in quantum information theory (ii) Experimental and theoretical quantum computing: new quantum algorithms and their applications, progress in quantum computation architectures (superconducting qubits, trapped ions, photonic systems). (iii) Numerical methods for describing quantum computers, tensor networks and matrix product states, and quantum-inspired computational methods. Other quantum technologies are included in a separate symposium (Symposium on Quantum Technologies).

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El simposio está organizado por el Grupo de Computación e Información Cuántica (GEIC) de la RSEF. Se dedica a: (i) Desarrollos en la teoría de la información cuántica. (ii) Computación cuántica experimental y teórica: nuevos algoritmos cuánticos y sus aplicaciones, avances en las arquitecturas de computación cuántica (qubits superconductores, iones atrapados, sistemas fotónicos). (iii) Métodos numéricos para describir computadoras cuánticas, redes tensoriales y estados de productos matriciales, y métodos computacionales de inspiración cuántica. Otras tecnologías cuánticas se incluyen en un simposio separado (Simposio sobre tecnologías cuánticas).

PROGRAMME Quantum Information (GEIC) Escuela de ingeniería de Gipuzkoa - Room 2.5
17th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Alvaro Alhambra (IFT-CSIC)	Efficient quantum Gibbs samplers	Resumen
15:00-15:20	Aurelia Chenu (University of Luxembourg)	Dynamics of stochastic Hamiltonian: from control to chaos	Resumen
15:20-15:35	Álvaro Sáiz (Universidad de Sevilla)	Study of quantum phase transitions in static systems through periodically quenched systems	Resumen
15:35-15:50	Adolfo Del Campo Echevarria (University of Luxembourg)	Shortcuts to Adiabaticity in Krylov Space	Resumen
15:50-16:05	María García Díaz (Universidad Politécnica de Madrid)	Simplifying the simulation of local Hamiltonian dynamics	Resumen
16:05-17:00	Coffee Break
17:00-17:15	Geza Giedke (DIPC)	Indistinguishability of identical bosons from a quantum information theory perspective	Resumen
17:20-17:40	Guillem Llodrà Bisellach (IFISC)	Quantum Reservoir Computing in ordered atomic lattices	Resumen
17:35-17:50	Tomás Levy-Yeyati (Instituto De Física Fundamental (Iff), Csic, 28006)	Conditional photonic phase gate in topological waveguide QED	Resumen
17:50-18:05	David Fernández Fernández (ICMM (CSIC))	Hole Flying Qubits in Quantum Dot Arrays	Resumen
18:05-18:20	Pablo García Azorín (Universidad del País Vasco)	Resilient multi-mode superconducting qubit designed with evolutionary algorithms	Resumen
18th July
Hour	1st AUTHOR	Title	Ver
14:30-14:50	Jara Juana Bermejo Vega (Universidad de Granada)	Reliable quantum computational advantages from quantum simulation	Resumen
14:50-15:10	Esperanza Lopez (Instituto de Fisica Teorica)	The Bethe ansatz as a quantum circuit	Resumen
15:10-15:25	Mohit Lai Bera (Departamento de Física Teórica and Instituto de Física corpuscular, IFIC, Universitat de València)	Solving Non-Unitary Dynamics on Digital Quantum Computers: Quantum Imaginary Time Evolution (QITE)	Resumen
15:25-15:40	Unai Aseguinolaza Aguirreche (Mondragon Unibertsitatea)	Error estimation in current noisy quantum computers	Resumen
15:40-15:55	Rubén Ibarrondo (University of the Basque Country UPV/EHU)	Characterizing convergence speed of dissipative ground state preparation algorithms	Resumen
15:55-16:10	Mikel Garcia De Andoin (Tecnalia)	Towards scalable implementations of digital-analog quantum computing	Resumen
16:10-17:00	Coffee Break
17:00-17:20	Florentino Borondo (Universidad Autónoma de Madrid)	Quantum reservoir computing complexity by a Krylov evolution approach	Resumen
17:20-17:35	Adrián Pérez Salinas (Leiden University)	Gradients and frequency profiles of quantum re-uploading models	Resumen
17:35-17:50	Michalis Skotiniotis (University of Granada)	Quantum statistical inference techniques for sensing and metrology	Resumen
17:50-18:05	Rodrigo Martínez Peña (DIPC)	Quantum reservoir computing in finite dimensions	Resumen
18:05-18:20	Márcio Mendes Taddei (ICFO)	Quantum Time-series Learning with Evolutionary Algorithms	Resumen
Posters 17th July
Label	Presenter	Title
17-19-01	José Daniel Sierra Murillo (Universidad de La Rioja)	New Scientific Method, based on Natural/Universal Intelligence.	Resumen
17-19-02	Javier Navarro Navarro (BCAM: Basque Center for Applied Mathematics)	On the existence of unbiased resilient estimators in discrete quantum systems	Resumen
17-19-03	Jonathan Antonio Sepulveda Henriquez (Centro de Fisica de Materiales CSIC-UPV/EHU)	Solving the Jaynes-Cummings Hamiltonian in an IBM quantum computer	Resumen

Organiser:

Rosa Mª Benito (UPM), Enrique Abad (U. Extremadura), Pablo Hurtado (U. Granada), Juan José Mazo (UCM), Raúl Toral (IFISC-CSIC)

Invited speakers:

Jose J. Ramasco (IFISC, CSIC - Universitat Illes Balears) Diego Maza (Universidad de Navarra) Inmaculada Leyva (Universidad Rey Juan Carlos) Chantal Valeriani (universidad Complutense de Madrid)

Abstract:

Complex systems are typically characterized by a large number of constituents that interact with each other, giving rise to emergent behavior that cannot be explained solely from their individual properties ("the whole is more than the sum of the parts" ). In this context, the intrinsic nonlinearity of the interactions plays an essential role. Despite the diversity of areas in which complexity emerges, there is a common approach based on statistical, nonlinear and computational physics. This symposium is dedicated to theory, study methodology, and applications around complexity. A non-exhaustive list of systems and phenomena of interest includes disordered systems, social and economic phenomena, epidemic models, stochastic transport phenomena, climatic phenomena, and neural, genetic and proteomic networks, among many others. Some of the techniques commonly employed are models in terms of probability distributions for different quantities of interest, Monte Carlo simulations, molecular dynamics, representations based on complex networks, and Big Data analysis relying on machine learning and AI algorithms.

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Los sistemas complejos típicamente se caracterizan por un gran número de constituyentes que interaccionan entre sí, dando lugar a un comportamiento emergente que no puede explicarse únicamente a partir de las propiedades individuales de los mismos ("el todo es más que la suma de las partes"). En este contexto, la no linealidad intrínseca de las interacciones juega un papel esencial. A pesar de la diversidad de ámbitos en los que emerge la complejidad, existe un enfoque común basado en la física estadística, no lineal y computacional. El presente simposio está dedicado a teoría, metodología de estudio, y aplicaciones en torno a la complejidad. Una lista no exhaustiva de sistemas y fenómenos de interés incluye sistemas desordenados, fenómenos sociales y económicos, modelos epidémicos, fenómenos de transporte estocástico, fenómenos climáticos, y redes neuronales, genéticas y proteómicas, entre otros muchos. Algunas de las técnicas comúnmente empleadas son modelos en términos de distribuciones de probabilidad para distintas cantidades de interés, simulaciones de Monte Carlo, dinámica molecular, representaciones basadas en redes complejas, y análisis de Big Data mediante el uso de aprendizaje automático y algoritmos de inteligencia artificial.

PROGRAMME Complex Systems Escuela de ingeniería de Gipuzkoa - Room 2.5
15th July
Hour	1st AUTHOR	Title	Ver
14:30-15:00	Jose Javier Ramasco (IFISC (CSIC-UIB))	Field theory for human mobility	Resumen
15:00-15:15	Javier Gómez Sánchez-seco (igher Polytechnic School of Universidad Francisco de Vitoria. Universidad Politécnica de Madrid)	Humans versus Bots in debates about ecological sustainability on X	Resumen
15:15-15:30	Ylenia Casali (Basque Centre for Climate Change)	Complex networks for ecosystem services	Resumen
15:30-15:45	Javier Aguilar Sanchez (UGR / IFISC)	Endemic infectious states below the epidemic threshold and beyond herd immunity	Resumen
15:45-16:00	Antonio Sáez Marín (Universidad de Santiago de Compostela)	Fundamental challenges in applying Physics to the modelling of social phenomena	Resumen
16:00-16:45	Coffee Break
16:45-17:15	Diego Maza (University of Navarra)	Fenómenos colectivos inducidos por fricción / Collective phenomena induced by friction	Resumen
17:15-17:30	Francisco Vega Reyes (Universidad de Extremadura)	Stability of a homonegeous state in a two-dimensional fluid of active rotors	Resumen
17:30-17:45	Eloi Pineda Soler (Universitat Politècnica de Catalunya)	Structural dynamics of metallic glass-formers	Resumen
17:45-18:00	Emilio Ruiz-Reina (Universidad de Málaga)	Electrothermoplasmonic Flow In Gold Nanoparticle Suspensions	Resumen
18:00-18:15	Safaa Elidrissi Moubtassim (Universidad de Valencia-ICMol)	Fractal analysis of molecular microscopic dendritic aggregates: Beauty emerges from chaos