Author Archive

ICIQ hosts ERC Grants Infoday to strengthen proposal competitiveness and collaboration

On 29 April 2026, ICIQ hosted the ERC Grants Infoday Tarragona, an event open to all researchers and support staff from ICIQ and other institutions interested in strengthening their ERC proposals.

The session opened with welcoming remarks from Emilio Palomares, Director of ICIQ, who highlighted the strategic importance of ERC funding in driving research and reinforcing institutional excellence. 

The programme continued with a presentation on the latest ERC calls and proposal preparation guidelines, delivered by National Contact Points Leticia Riaza (FECYT) and Ana Martínez (Universitat d’Alacant). Their session addressed aspects of the ERC evaluation process, recent updates to the calls and practical recommendations for applicants aiming to develop high-impact proposals. 

Following a networking break, the event resumed with short presentations from ERC grantees representing different institutions located in Tarragona.  

José Ramón Galán-Mascarós (ICIQ) presented his recently awarded ERC Synergy Grant MAGNESIS, the first Synergy Grant coordinated by ICIQ. Carla Casadevall (URV, ICIQ) introduced her ERC Starting Grant project BIOPOLE, while Jordi Rosell (IPHES), who also participated in last year’s ICIQ ERC Grants Infoday, shared progress on his ERC Advanced Grant project SCAVENGERS. 

The three speakers then joined together for a round-table discussion moderated by Leticia Riaza, during which they reflected on their experiences and shared practical advice on the preparation of ERC proposals to potential future applicants in the audience. 

The session concluded with closing remarks from Laura López, Manager of the Research Projects and International Collaboration unit at ICIQ, who summarised the takeaways and encouraged continued engagement with ERC opportunities. 

In the afternoon, a dedicated workshop for research project managers and National Contact Points explored how institutions can better support ERC proposal preparation and project management. The open discussion allowed participants to share best practices and strengthen collaboration across institutions. 

Overall, the second edition of ICIQ’s ERC Grants Infoday served as a platform for learning, networking and strengthening the regional research ecosystem around ERC activities. 

 

Participants

    

 

   

 

Supported by the project STREAM-ICIQ: Streaming research management at ICIQ (GPE2024-001431-P) 

Esta actividad es parte de la actuación GPE2024-001431-P, financiada por MCIU/AEI/10.13039/501100011033 

La entrada ICIQ hosts ERC Grants Infoday to strengthen proposal competitiveness and collaboration se publicó primero en ICIQ.

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Dr Irena Spasojević receives the Young Scientist Award in Magnetism

The postdoctoral researcher in the Nanomaterials for Advanced Memory and Computing Group has been recognised at the International Conference on Superconductivity and Magnetism (ICSM2026). This award highlights her outstanding contributions to magneto-ionics, a key field in the development of new electronic and spintronic technologies.

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Eva Miranda Receives the Inaugural Agnes Szanto Medal from the Foundations of Computational Mathematics Society

Eva Miranda (UPC and CRM) has been named the first recipient of the Agnes Szanto Medal, a new mid-career award established by the Foundations of Computational Mathematics (FoCM) society in memory of the mathematician Agnes Szanto. The medal will be presented at the FoCM 2026 conference, to be held at the University of Vienna from 8 to 18 July.

The Foundations of Computational Mathematics (FoCM) society has chosen Eva Miranda, Full Professor at the Universitat Politècnica de Catalunya (UPC) and affiliated researcher at the Centre de Recerca Matemàtica (CRM), as the first recipient of the Agnes Szanto Medal. The award will be presented on 13 July 2026 during the eleventh FoCM conference, hosted by the Faculty of Mathematics at the University of Vienna from 8 to 18 July.

The Szanto Medal is a new distinction within the international computational mathematics community. The FoCM society instituted it in 2023 in memory of Agnes Szanto, professor at North Carolina State University and former chair of the society. Szanto, who died in 2022 at the age of 55, was a leading figure in symbolic computation and a tireless organiser of the international computational mathematics community, having served the FoCM society as treasurer, board member, and chair from 2017 to 2020. The medal recognises mid-career scientists whose work has produced significant contributions to computational mathematics and who have shown sustained service and leadership within the community. It will be awarded every three years in conjunction with each FoCM conference, with this 2026 edition marking its inaugural ceremony.

Miranda’s response to the news began with Szanto rather than with the medal. “It is a deep honour and also a very special responsibility,” she says. “Agnes Szanto was a figure who understood science not only as an accumulation of results, but as a living, shared activity, with a strong commitment to the community. To be the first person to receive a medal that bears her name, and that recognises precisely this dual aspect, research and collective involvement, has a very intimate meaning for me.” She frames the award as an impulse to keep contributing, “with ideas but also with projects, collaborations and new generations, to a scientific community that, like the one Agnes Szanto helped build, aspires to be demanding and generous at the same time.”

Miranda’s research sits at the crossroads of differential geometry, mathematical physics, and theoretical computer science. She has worked extensively on symplectic and Poisson geometry and on integrable systems, with more recent attention to the singular geometric structures that arise in celestial mechanics. Over the last few years, she has opened a new line of research where geometry meets computability. With Robert Cardona, Daniel Peralta-Salas, and Francisco Presas, she proved that fluid trajectories governed by Euler’s equations can be used to perform universal computation, and that a single fluid can host trajectories whose long-term behaviour no algorithm can decide. More recent work, accepted in PNAS Nexus, extends the result to the Navier-Stokes equations. From these results, Miranda has gone on to develop Topological Kleene Field Theory, a computational model that brings together topology, geometry, and ideas from mathematical logic to identify structural barriers to prediction in fluid dynamics and celestial mechanics.

“After receiving distinctions such as those of Friedrich Wilhelm Bessel, Carl Friedrich Gauss, Godfrey Harold Hardy or François Deruyts, I felt that I was missing, and I say this with all sincerity, a recognition that bears a woman’s name.”

Beyond her research, Miranda has been an active builder of the scientific community. She directs the Laboratory of Geometry and Dynamical Systems at UPC, leads the GEOMVAP research group, and co-founded the SYMCREA excellence hub. She has served on numerous international scientific committees and editorial boards. Her commitment to public engagement has run in parallel, through interviews, the CASIO #científicasCASIO campaign, and a children’s book about her work published by ApoloKIDS.

The Szanto Medal joins a long list of recognitions in Miranda’s career. She has twice been awarded the ICREA Acadèmia prize from the Catalan Institution for Research and Advanced Studies. Her distinctions also include a Chair of Excellence from the Fondation sciences mathématiques de Paris, the Bessel Award from the Alexander von Humboldt Foundation, the François Deruyts Prize from the Royal Belgian Academy of Sciences, the 2023 Hardy Lectureship of the London Mathematical Society, and a Gauss Professorship at the Niedersächsische Akademie der Wissenschaften zu Göttingen.

“It is not only a symbolic matter,” Miranda adds. “Behind women’s names there are often profound histories, trajectories full of nuance, and, too often, stories that have not been told enough. Receiving a medal linked to Agnes Szanto connects with that more invisible dimension of science: memory, the voices that have opened paths and that we are still rediscovering today. That is why this recognition has a special resonance for me. It not only celebrates a trajectory, but it also helps present a feminine scientific genealogy that deserves to be much more visible, narrated and more celebrated.”

The FoCM 2026 conference in Vienna will be the eleventh edition of the society’s flagship gathering, held every three years since 1995. The day after the medal ceremony, the City of Vienna will host a reception at the City Hall, attended by the mayor, where Miranda will give a thirty-minute talk titled Found in translation.

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For a recent profile of Miranda’s research and travels in the second half of 2025, including her Nachdiplom Lectures at ETH Zürich, her plenary at the International Congress of Basic Science in Beijing, and her panel at the World Artificial Intelligence Conference in Shanghai, see A Semester of Mathematics across Two Continents.

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The post Eva Miranda Receives the Inaugural Agnes Szanto Medal from the Foundations of Computational Mathematics Society first appeared on Centre de Recerca Matemàtica.

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Premiere of the documentary “Gaia: de casa nostra a l’Univers”

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Gaia Artist's Impression
Credits
ESA/ATG medialab; background image: ESO/S. Brunier
English

The documentary “Gaia: de casa nostra a l’Univers“, produced by Big Van Ciència with the support of a grant from the Catalan Foundation for Research and Innovation (FCRI), highlights Catalonia’s key role in one of the most ambitious scientific missions in recent history: the Gaia mission of the European Space Agency (ESA).

Thanks to Gaia, humanity has been able to map nearly two billion stars in the Milky Way with unprecedented precision. A fundamental part of this success has been developed in Catalonia, with teams from the University of Barcelona (UB), the Institute of Space Studies of Catalonia (IEEC), and the Institute of Cosmos Sciences of the University of Barcelona (ICCUB) leading scientific contributions of top international level.

The premiere event will feature Teresa Sanchis, Director General for Research of the Government of Catalonia; Helena González, Director of Big Van Ciència; Xavier Luri, Full Professor in the Department of Quantum Physics and Astrophysics at the University of Barcelona, Director of the IEEC, and Principal Investigator of Gaia in Spain; Mercè Pallàs, Deputy for Coordination with UB Research Institutes; Maria Terrades, Director of the Barcelona Science Park; and Miquel Gómez, Director of the FCRI.

The event will combine institutional speeches, a screening of the documentary (35 minutes), and a science outreach show featuring humor and improvisation by Big Van Ciència, which will allow the audience to interact live with researchers from the Gaia mission.

The voice of Catalan science

“Gaia: de casa nostra a l’Univers” is not just a scientific documentary: it is a story about how research carried out in Catalonia is helping to transform global knowledge of our galaxy.

Credit: Big Van Ciencia.

With more than 16,000 scientific publications derived from its data, Gaia has become a key tool for understanding the structure, origin, and evolution of the Milky Way. This documentary brings this scientific revolution closer to the general public, using an approachable and human tone, with touches of humor.

In the Gaia mission—the most ambitious project of the ESA to study the history and structure of the Milky Way—a team of astronomers and engineers from the Department of Quantum Physics and Astrophysics of the University of Barcelona, the ICCUB, and the IEEC has taken part since the very beginning, under the initial leadership of Professor Jordi Torra. Launched in 2013, the Gaia satellite has transformed our understanding of the cosmos through detailed stellar cartography of the positions, distances, motions, and properties of nearly two billion stars and other celestial objects.

Professor Xavier Luri highlights that “the UB Gaia team has worked on the mission since its beginnings, around 1997.” “Since then, it has taken part in all phases, from defining the scientific case and industrial design to data processing and scientific exploitation,” he continues. “Now, although Gaia has finished its observations, several years of work remain to fully process all the data collected during this period and to publish two additional data releases (DR4 and DR5),” the researcher concludes.

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Premiere of the documentary about Gaia, the mission that has revolutionized the map of the Milky Way

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Estancias cortas de verano para estudiantes universitarios en el CIMCYC

Estancias cortas de verano para estudiantes universitarios en el CIMCYC
Durante el mes de julio de 2026, el Centro de Investigación Mente, Cerebro y Comportamiento (CIMCYC) acogerá a estudiantes universitarios nacionales e internacionales cuyos intereses de investigación estén alineados con el trabajo que se lleva a cabo en el centro.
Ofrecemos 9 plazas para estudiantes externos a la Universidad de Granada que hayan completado al menos el 50 % de los créditos totales requeridos para su programa de grado.
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Undergraduate short summer research stays at the CIMCYC

Summer research stays
During the month of July 2026, the Mind, Brain and Behavior Research Center (CIMCYC) will host national and international undergraduate talented students with research interests aligned with work carried out at the center.
We offer placements for 9 students from outside the University of Granada who have completed at least 50% of the total credits required for their bachelor’s degree program.

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Un missatge, una equació diferencial, tres camins

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New mechanoluminophore based on calixarenes enables reversible optical response to mechanical force

A collaborative study between the group of Prof. José A. Berrocal at ICIQ, and Prof. Laura Baldini at the University of Parma (Italy) reports a new calixarene-based mechanoluminophore. Published in Angewandte Chemie International Edition, the work shows how mechanical force can reversibly modify a molecular conformation and produce a visible fluorescence change. 

The researchers designed a flexible calixarene functionalised with pyrene units acting as fluorescent probes. In its relaxed state, the molecule forms intramolecular excimers that emit green-yellow light under UV irradiation. When mechanical force is applied (for example, by stretching a polymer film containing these molecules covalently incorporated) the excimer interaction is disrupted, shifting the emission to blue. This process is reversible over multiple cycles. 

This behaviour is enabled by the calixarene scaffold, which keeps the fluorophores in close proximity while allowing temporary separation under mechanical stress. By embedding these systems into polymer matrices, macroscopic deformation can be translated into a measurable optical signal.

Learning from the first author, Dr. Lucia Visieri 

What is the importance of this discovery?
The key point is that we show, for the first time, that mechanical force can be used to control the conformation of a flexible calixarene. This essentially turns a classic macrocycle into a new structural motif for designing mechanosensitive materials. The calixarene is particularly advantageous as it plays a dual role: its preorganised structure promotes interactions between functional groups at the upper rim, while its intrinsic flexibility enables a reversible response, an important and still challenging feature in mechanochemistry. 

What was your role in the research?
I feel closely connected to this project as I was involved at every stage, from the initial molecular design, through the (sometimes challenging) synthesis of the calixarene, to developing the material and making the system work in practice. 

What has this meant to you?
The publication represents an important milestone, as it brings together the core focus of my PhD, calixarene chemistry, with a new direction in mechanoresponsive materials. It also opens the path to an entirely new research line, especially focused on reversible systems designed for longterm use and more sustainable material concepts.

 

Reference publication

Mechanically Activated Luminescence in Polyurethanes Incorporating Calixarene Mechanophores
Visieri, L.; Casnati, A.; Baldini, L.; Berrocal, J. A.
Angew. Chem.-Int. Edit. 2026, e9927716
DOI: 10.1002/anie.9927716

La entrada New mechanoluminophore based on calixarenes enables reversible optical response to mechanical force se publicó primero en ICIQ.

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West African coast emerges as key source of microlitter in the South Atlantic Ocean

Most of the microlitter present in the South Atlantic Ocean originates from the West African coast and is particularly concentrated in areas near the equator and off the coast of Brazil. This is demonstrated by a study conducted by ICTA-UAB, Spain, which has successfully identified in detail the main geographical sources of these microparticles, their large-scale distribution, and the processes that drive their accumulation in the ocean.

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Los ingresos dificultaron la conciliación y afectaron al bienestar durante la pandemia

Los ingresos dificultaron la conciliación y afectaron al bienestar durante la pandemia
Una investigación recientemente publicada en International Journal of Intercultural Relations examinó distintas medidas de bienestar —como la satisfacción con la vida, el trabajo o la familia— y su conexión con el estatus socioeconómico y el conflicto entre las esferas laboral y familiar. 
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Income Made it Difficult to Balance Work and Family Life and Affected Well-Being During the Pandemic

Los ingresos dificultaron la conciliación y afectaron al bienestar durante la pandemia
Una investigación recientemente publicada en International Journal of Intercultural Relations examinó distintas medidas de bienestar —como la satisfacción con la vida, el trabajo o la familia— y su conexión con el estatus socioeconómico y el conflicto entre las esferas laboral y familiar. 
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La alianza SOMMa impulsa una hoja de ruta compartida para avanzar hacia una igualdad inclusiva en la ciencia

La alianza SOMMa se reunió el día 27 de abril en el Institut de Ciències del Mar (ICM-CSIC), en Barcelona, a representantes de centros y unidades de excelencia de toda España en la Jornada de intercambio de buenas prácticas y lecciones aprendidas en la implementación de planes de igualdad de género, una cita centrada en reforzar políticas efectivas de igualdad, diversidad e inclusión en el sistema científico.

La jornada, organizada por el Grupo de Trabajo de Igualdad, Diversidad e Inclusión de SOMMa con la colaboración del ICM, ha servido para compartir experiencias transformadoras ya en marcha en distintos centros, identificar barreras persistentes y avanzar en recomendaciones comunes para consolidar una ciencia más justa, inclusiva y excelente.

El encuentro ha sido inaugurado por el director del ICM, Valentí Sallarés, y por la presidenta de SOMMa, Isabel Márquez, quien ha subrayado la necesidad de “seguir impulsando cambios estructurales que integren la igualdad como un elemento central de la excelencia científica y de la competitividad internacional de nuestros centros”.

Buenas prácticas con impacto real

Durante la mañana se han presentado iniciativas desarrolladas en centros SOMMa de diferentes comunidades autónomas, mostrando la diversidad de enfoques necesarios para avanzar en igualdad efectiva.

Entre las experiencias compartidas destacan la formación obligatoria en equidad, diversidad e inclusión del Barcelona Supercomputing Center (BSC); la creación de la figura de Responsable de Bienestar, Igualdad y Diversidad en el CIMCYC; el programa de mentoría Women in Science de CIC nanoGUNE; la incorporación de una persona representante de igualdad en el comité ejecutivo del Instituto de Astrofísica de Andalucía; la integración de la perspectiva de género en procesos de promoción y selección del personal investigador impulsada por CREAF; y la habilitación de una sala de lactancia en el Centro de Biología Molecular Severo Ochoa (CBM-CSIC/UAM).

Estas acciones evidencian que los planes de igualdad son más eficaces cuando cuentan con liderazgo institucional, recursos específicos, seguimiento continuado y participación de toda la comunidad científica.

Retos compartidos para una igualdad inclusiva

La sesión de tarde se ha estructurado en cuatro grupos de discusión dedicados a cuestiones estratégicas para el futuro del sistema de I+D+i: la aplicación de la interseccionalidad, el apoyo institucional y el papel de los agentes de cambio, las recomendaciones al sistema de evaluación y financiación, y la integración de la dimensión de género en los contenidos de la investigación y su impacto.

De estos debates han surgido propuestas orientadas a fortalecer los Planes de Igualdad de Género Inclusivos (iGEPs), entre ellas reforzar la rendición de cuentas institucional, profesionalizar las estructuras de igualdad, incorporar indicadores más ambiciosos, revisar sesgos en los procesos de evaluación y garantizar que la perspectiva de género se integre también en la agenda científica.

Una alianza comprometida con la transformación del sistema

Con esta jornada, SOMMa consolida el trabajo colaborativo de sus centros en materia de igualdad, diversidad e inclusión y refuerza su papel como actor estratégico para promover mejoras estructurales en el ecosistema español de investigación.

La alianza continuará trabajando en la elaboración de recomendaciones compartidas que contribuyan a una hoja de ruta común para que la igualdad inclusiva sea una realidad tangible en los centros de excelencia científica.

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