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Domènec Espriu, new director of the ICCUB

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Domènec Espriu (ICCUB)
English

The Institute of Cosmos Sciences of the University of Barcelona (ICCUB) is pleased to announce that Domènec Espriu has been appointed as its new director. He will be joined on the executive board by Bruno Juliá as deputy director and Nadejda Blagorodnova as secretary, reinforcing the institute’s leadership team.

Espriu succeeds Xavier Luri Carrascoso, who directed ICCUB from 2018 to 2025 and recently assumed the directorship of the Institute of Space Studies of Catalonia (IEEC). During the transition period, Atilà Herms served as interim director.
 

About the new director

Domènec Espriu is a full professor of theoretical physics at the University of Barcelona. He earned his PhD in Physics at UB and has developed a distinguished career in theoretical particle physics. His work has contributed to the understanding of chiral Lagrangians, low-energy QCD, and collider physics at LEP and LHC, among other topics. Beyond academia, Espriu served as Director of Spain’s State Research Agency (Agencia Estatal de Investigación) from 2022 to 2024, overseeing national R&D funding and policy.

Espriu’s extensive academic and leadership experience will strengthen ICCUB’s international collaborations, foster interdisciplinary research, and guide the institute in addressing the scientific challenges of the coming years.

 

Our thanks to Xavier Luri

Xavier Luri directed ICCUB from 2018 to 2025. A specialist in space missions and data analysis, Luri is a key contributor to the European Space Agency’s Gaia mission, which is mapping over a billion stars in our galaxy.

Under his leadership, ICCUB expanded its international partnerships, strengthened its visibility in European research networks, and fostered a new generation of scientists. His tenure was marked by a commitment to excellence and innovation, with the institute winning two consecutive Maria de Maeztu excellence awards that have positioned ICCUB as a reference center in particle physics, nuclear physics and astrophysics.

“Directing ICCUB has been a privilege”, says Xavier Luri. “I am proud of the progress we achieved together, and I am particularly happy of the many synergies that have aroused during my mandate between the different research areas of the institute. I am confident that under Domènec’s leadership, ICCUB will continue to thrive and meet the challenges ahead.”

Now, as he takes on the directorship of the IEEC, Luri passes the baton to Domènec Espriu, entrusting him with the responsibility of guiding ICCUB through new scientific challenges.

Supporting Espriu in his new role is Professor Bruno Juliá, deputy director of ICCUB. Bruno is a full professor in the Department of Quantum Physics and Astrophysics at UB, with a PhD from the University of Salamanca (2003). His research focuses on quantum simulators, ultracold atomic gases, and many-body quantum physics, with applications in quantum technologies and communications.

Nadejda Blagorodnova joins the ICCUB executive team as Scientific Secretary, bringing extensive academic expertise and leadership experience in international collaborations. She earned her PhD in Astrophysics from the University of Cambridge and has held research positions at Caltech and the University of Liverpool before joining ICCUB. Currently a researcher at ICCUB-IEEC, she leads studies on stellar mergers and transient phenomena, contributing to major projects such as BlackGEM and Gaia. In her new role, she will play a key part in strengthening the institute’s governance and fostering collaboration across research teams.

“It is an honor to lead ICCUB at such a pivotal time”, says Domènec Espriu. “Our mission is to deepen our understanding of the physical world fostering innovation in astrophysics, particle physics and cosmology. I look forward to working with our outstanding researchers to strengthen ICCUB’s role on the global stage.”

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Domènec Espriu, new director of the ICCUB

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El CBM y el CNB se incorporan a “Euro- BioImaging”, el consorcio europeo de infraestructura en imagen biológica y biomédica

La reciente reunión del Consejo de Euro-BioImaging ha aprobado la adhesión de tres nuevos nodos a esta infraestructura europea con categoría de ESFRI. Entre ellos se encuentra el “Madrid Advanced Microscopy Center” (MAdMiC), un nodo pionero en la captación de imágenes biológicas formado por las Instalaciones de Microscopía Óptica Avanzada y Criomicroscopía Electrónica del Centro Nacional de Biotecnología (CNB), dependiente del Consejo Superior de Investigaciones Científicas (CSIC) así como las instalaciones de Microscopía Óptica Avanzada y Biomedicina Preclínica del Centro de Biología Molecular Severo Ochoa (CBM-CSIC-UAM), un centro mixto del CSIC y la Universidad Autónoma de Madrid.

Este nuevo nodo integra más de 26 equipos de microscopía óptica avanzada y puede dar apoyo a la investigación en más de 25 técnicas distintas de microscopía. La participación de MAdMiC en este consorcio europeo centrará sus esfuerzos en la adquisición de muestras biológicas vivas para comprender su dinámica a muy diversas escalas, permitiendo visualizar desde elementos de pocos nanómetros hasta muestras complejas de varios centímetros en tres dimensiones. En conjunto, este nuevo nodo español, cuyos responsables son José Requejo-Isidro, del CNB, y Álvaro Sahún Español, del CBM, representa una importante ampliación de la cartera tecnológica ofrecida por Euro-BioImaging, así como una mayor experiencia, capacidad de acceso y formación para los equipos científicos especializados en imagen. Más allá de sus fortalezas técnicas, MAdMiC contribuye a completar la cobertura geográfica de la red Euro-BioImaging en España, al establecer una fuerte presencia en Madrid, complementando los nodos nacionales existentes.

En esta convocatoria, se han unido a Euro-BioImaging otros dos nodos europeos, el France Life Imaging (FLI), un nodo de imagen biomédica con múltiples sedes en Francia, y el Advanced NL Microscopy Node, un nodo de imagen biológica con múltiples sedes en los Países Bajos, formado a partir de la fusión de cinco nodos Euro-BioImaging ya existentes.

Las solicitudes de acceso a este consorcio son evaluadas por los principales expertos internacionales del Consejo Asesor Científico e incluyen requerimientos de altos valores de excelencia científica y técnica, la garantía de calidad, las actualizaciones tecnológicas y la capacidad de formación a las personas usuarias, entre otras. Este proceso, que lleva varios pasos, garantiza una infraestructura de investigación de primer nivel y un alto nivel de servicio para los usuarios.

Además del nuevo nodo madrileño, ya existen otros cinco nodos en España: tres en la ciudad de Barcelona, que agrupan infraestructuras de la Universidad de Barcelona, el Centro de Regulación Genómica (CRG), el Instituto de Investigación en Biomedicina (IRB) y el instituto de Ciencias Fotónicas (ICFO); un nodo en el Instituto de Biofísica de Bilbao; y un quinto nodo en el Instituto de Investigación Sanitaria del Hospital La Fe, en Valencia.

Más información sobre Euro-BioImaging

Euro-BioImaging es una infraestructura de investigación de vanguardia creada en noviembre de 2019 para proporcionar servicios de imagen biológica y biomédica de primer nivel a equipos de investigación de toda Europa y del mundo. Su objetivo principal es permitir la investigación innovadora e impulsar avances tecnológicos que influyan significativamente en el futuro de la imagen. Euro-BioImaging es fundamental para promover la ciencia abierta y contribuir a la excelencia científica mediante la prestación de servicios de imagen de vanguardia.  Euro-BioImaging recibió la calificación de «hito» por parte del ESFRI en 2018 y se constituyó como ERIC a finales de 2019.

En la actualidad, Euro-BioImaging cuenta con un total de 295 instalaciones de imagen, que se unen para formar 39 nodos.

La entrada El CBM y el CNB se incorporan a “Euro- BioImaging”, el consorcio europeo de infraestructura en imagen biológica y biomédica se publicó primero en Centro de Biología Molecular Severo Ochoa.

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Fossil fuel industry’s “climate false solutions” reinforce its power and aggravate environmental injustice

Many so-called low-carbon projects promoted by major oil and gas companies — including hydrogen, biofuels, carbon capture and storage, and carbon offsetting — operate as false solutions that not only fail to effectively reduce emissions, but also prolong the lifespan of fossil fuel infrastructures, entrench environmental injustices, and reinforce the political and economic power of the very industry responsible for the climate crisis.

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ICIQ advances AI-powered research with participation in a collaborative project funded by the State Research Agency (AEI)

The Institute of Chemical Research of Catalonia (ICIQ) will participate in an awarded collaborative project under the 2025 “Proyectos de Investigación en el Ámbito de la Inteligencia Artificial” call by the State Research Agency (Agencia Estatal de Investigación – AEI, Ministerio de Ciencia, Innovación y Universidades).

The collaborative project, titled 2AID – Autonomous Artificial Intelligence Driven Discovery of Sustainable Fuels, Industrial Feedstocks, and Materials, is led by Dr. Juan Vicente Alegre Requena from the Instituto de Síntesis Química y Catálisis Homogénea (ISQCH), a mixed research institute from the Consejo Superior de Investigaciones Científicas (CSIC) and Universidad de Zaragoza (UNIZAR).

2AID aims to accelerate and modernize chemical discovery through the combined use of artificial intelligence, autonomous robotics, and advanced chemistry. The project seeks to develop new intelligent tools capable of designing, analyzing, and optimizing more sustainable materials, fuels, and chemical processes. The project, funded with a total of €1.9 million, brings together five interconnected research subprojects, including the following two led by ICIQ researchers:

 

RAISE –  Robotics and Artificial Intelligence for Intensified Synthesis and Experimentation (AIA2025-163492-C53)

Prof. Julio Lloret-Fillol, ICREA Professor and Senior Group Leader at ICIQ, is the Principal Investigator (PI) of this project focused on developing an Agentic Robot Orchestration laboratory capable of carrying out electrochemical, photoelectrochemical and photochemical experiments with minimal human intervention. The system combines:

– Discover of new CO₂ electroreduction catalysts.
– AI-driven decision-making, powered by large language models integrated into modular experimental workflows.
– Real-time optimisation, using machine learning algorithms to identify efficient catalytic conditions.
– Edge computing, enabling fast control and analysis directly on experimental hardware.

The project will leverage ICIQ’s HTE (Hight Throughput Experimentation) unit and the group’s robotic platform, enabling rapid, data-rich discovery of catalysts for sustainable fuel and chemical production.

 

AHEAD-‑P – Artificial Intelligence and High-throughput Experimentation Accelerated Discovery of New Polymeric Materials for Applications in Smart Damage Sensing, Sustainability and Green Energy Production (AIA2025-163492-C54)

Dr. José A. Berrocal, Group Leader at ICIQ within the Starting Career Programme, and Dr. Carla Casadevall, Assistant Professor and Group Leader at the URV and ICIQ (Associated Researcher), are co-PIs of the AHEAD-P subproject. This one aims to develop next-generation polymeric materials and photocatalysts for clean energy and CO₂ conversion using an AI-guided closed-loop workflow. The project will:

– Design mechanosensitive polymers that report structural damage visually.
– Discover earth-abundant photocatalysts for CO₂ reduction.
– Build polymeric nanoreactors that mimic photosynthetic compartments.
– Integrate robotic experimentation to autonomously optimise performance.

These materials will ultimately be used in advanced energy devices such as electrolyzers and photo-reactors.

 

Spain’s 2025 Research Projects within the AI scope call is part of the State Plan for Scientific and Technical Research and Innovation 2024–2027. The call seeks solutions aligned with the Spanish National AI Strategy (ENIA) across nine priority themes, from theoretical/technical AI to AI & impact on the environment and AI for physical systems.

 

Los proyectos AIA2025-163492-C53 y  AIA2025-163492-C54 han sido financiado por MICIU /AEI/10.13039/501100011033 /

La entrada ICIQ advances AI-powered research with participation in a collaborative project funded by the State Research Agency (AEI) se publicó primero en ICIQ.

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Roots, Microbiome, and Epigenetics: A New Roadmap for Creating Heat-Resilient Crops

A review, led by CBGP researchers, identifies disruptive elements that open new lines of research into plant adaptation to heat stress. The study outlines a path toward sustainable agriculture that ensures food security under climate change scenarios.

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Measurement of (Formula presented), (Formula presented), and (Formula presented) Decay Parameters Using (Formula presented) Decays

Measurement of (Formula presented), (Formula presented), and (Formula presented) Decay Parameters Using (Formula presented) Decays

Dekkers S.; Egede U.; Fujii Y.; Hadavizadeh T.; Henderson R.D.L.; Lane J.J.; Liu F.L.; Monk M.; Song R.; Walton E.J.; Ward J.A.; Bediaga I.B.; Camargo Magalhaes P.; Cruz Torres M.; De Freitas Carneiro Da Graca U.; De Miranda J.M.; dos Reis A.C.; Falcao L.N.; Gomes A.; Massafferri A.; Santoro L.; Sundfeld D.; Torres Machado D.; Amato S.; De Paula L.; Ferreira Rodrigues F.; Gandelman M.; Hicheur A.; Lopes J.H.; Nasteva I.; Nogarolli P.; Otalora Goicochea J.M.; Polycarpo E.; Rangel M.S.; Souza De P
Physical Review Letters, Vol. 133, Num. 261804 (2024)
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Dynamical time and Ashtekar variables for the Husain-Kuchař model

Dynamical time and Ashtekar variables for the Husain-Kuchař model

Barbero G J.F.; Margalef-Bentabol J.; Vicente-Cano A.; Villasenor E.J.S.
Physical Review D, Vol. 110, Num. 124072 (2024)
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REGGEIZATION OF THE PION EXCHANGE IN PION PHOTOPRODUCTION

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Montaña G.; Mathieu V.; Szczepaniak A.P.
Acta Physica Polonica B Proceedings Supplement, Vol. 17, Num. 6-A9 (2024)
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Catalog-level blinding on the bispectrum for DESI-like galaxy surveys

Catalog-level blinding on the bispectrum for DESI-like galaxy surveys

Novell-Masot S.; Gil-Marin H.; Verde L.; Aguilar J.; Ahlen S.; Brieden S.; Brooks D.; Claybaugh T.; de la Macorra A.; Forero-Romero J.E.; Gaztañaga E.; Gontcho S.A.; Gutierrez G.; Honscheid K.; Howlett C.; Kehoe R.; Kisner T.; Lambert A.; Levi M.E.; Manera M.; Meisner A.; Miquel R.; Niz G.; Prada F.; Rossi G.; Sanchez E.; Schubnell M.; Seo H.; Sprayberry D.; Tarle G.; Weaver B.A.
Journal of Cosmology and Astroparticle Physics, Vol. 2024, Num. 089 (2024)
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Halo Bias in the Peak Model: A First-principles Nonparametric Approach

Halo Bias in the Peak Model: A First-principles Nonparametric Approach

Salvador-Solé E.; Manrique A.
Astrophysical Journal, Vol. 974, Num. 226 (2024)
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DOUBLE-HEAVY HADRONS IN THE BORN–OPPENHEIMER APPROXIMATION AND BEYOND

DOUBLE-HEAVY HADRONS IN THE BORN–OPPENHEIMER APPROXIMATION AND BEYOND

Soto J.; Valls S.T.
Acta Physica Polonica B Proceedings Supplement, Vol. 17, Num. 6-A19 (2024)
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Quantum Inequalities for Quantum Black Holes

Quantum Inequalities for Quantum Black Holes

Frassino A.M.; Hennigar R.A.; Pedraza J.F.; Svesko A.
Physical Review Letters, Vol. 133, Num. 181501 (2024)
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