Author Archive

CNIC and Fundación AstraZeneca bring together young scientists and European leaders in Madrid to advance the “SAFE HEARTS PLAN” cardiovascular strategy

The  Centro Nacional de Investigaciones Cardiovasculares Carlos III (CNIC) and the AstraZeneca Foundation, with the participation of the  European Society of Cardiology (ESC), today hosted the international meeting “SAFE HEARTS PLAN: Young Scientists Engaging with Europe’s Cardiovascular Health Plan” in Madrid.

The event brought together early career researchers, policymakers, clinicians, institutional representatives, industry stakeholders, and patient organizations from more than 15 countries to discuss the future of cardiovascular health in Europe and, in particular, how to accelerate the translation of scientific evidence into public policies and measurable changes in healthcare practice.

The meeting formed part of European outreach and awareness-raising activities linked to the SAFE HEARTS PLAN, the European Commission’s new strategy to strengthen prevention, early detection, and management of cardiovascular diseases across Europe.

Held in a hybrid format, the event aimed to connect new generations of scientists—especially early career researchers and healthcare professionals—with the European cardiovascular health framework. The initiative promoted practical dialogue across research, digital innovation, prevention, clinical practice, and public health.

The meeting was opened by Dr. Valentín Fuster, General Director of the CNIC, and Marina Pollán, Director of the Carlos III Health Institute (ISCIII), and was closed by Dr. Borja Ibáñez, CNIC Scientific Director.

In his remarks, Dr. Fuster highlighted the importance of engaging young scientists in European priorities: “At the CNIC, we are fully committed to this effort. The message for young researchers is clear: your work can help shape not only the future of science, but also the future of cardiovascular health in Europe.” He also stressed the CNIC’s contribution through major European initiatives such as JACARDI, which aims to improve the prevention and management of cardiovascular disease and diabetes across Europe through collaboration, implementation, and knowledge exchange.

Marta Moreno, Vice President of the Fundación AstraZeneca and Head of Corporate Affairs and Market Access at AstraZeneca Spain, underlined the scale of the challenge: “Cardiovascular disease is the leading cause of death in Europe, responsible for 10,000 deaths every day, more than two out of every five deaths, and costing the EU economy €282 billion annually.” She added: “We need to translate Europe’s excellent cardiovascular science into prevention and early detection that reach clinical practice equitably and at scale. That is why the Fundación AstraZeneca strongly supports the European Commission’s SAFE HEARTS PLAN as a key initiative to drive a coordinated, ambitious, and sustainable response to cardiovascular disease in Europe.

Young researchers at the center of the dialogue

A defining feature of the meeting was the leading role of young researchers from the CNIC’s European Cure Heart and Brain MSCA COFUND program, who participated as speakers and moderators. The format enabled direct interaction with decision makers and key stakeholders, highlighting the importance of translational research in advancing prevention, early detection, equity, and implementation at the European level.

Throughout the day, participants examined the main challenges in reducing the burden of cardiovascular disease in Europe and agreed on the need to strengthen large scale implementation of existing strategies by integrating science, healthcare practice, and public policy.

Discussions emphasized the importance of reinforcing cardiovascular prevention from a population perspective, addressing risk factors, and promoting measures that act before major events occur. Participants stressed that European strategies must translate into sustainable interventions within healthcare systems.

A central theme was how digital innovation, including artificial intelligence, can support early detection, monitoring, and evaluation of cardiovascular health strategies, provided this is underpinned by robust health data governance, interoperable systems, and strong standards for trust and protection.

The meeting also addressed inequalities in disease burden and access to prevention, highlighting the need to incorporate equity as a key indicator of success, measuring not only activity but outcomes, and with particular attention to vulnerable populations.

Panelists agreed that the main challenge is no longer simply to generate evidence, but to translate that evidence into actionable policies supported by funding, accountability mechanisms, common indicators, and clearly defined care pathways linking detection, referral, treatment, and follow up.

International expert participation

The event featured contributions from leading experts including Antonio Parenti: (European Commission, DG SANTE), Kitti Almer (ESC), Héctor Bueno (CNIC and ESC committee), Aleida Alcaide (Spanish Ministry for Digital Transformation), Andreas Heddini (AstraZeneca), Folkert Asselbergs (ESC AI Chair), Birgit Beger (EHN), Sonya Babu Narayan (BHF), Cristina Pérez Herreras (Banco Santander), and Benedetta Armocida (JACARDI), among others. Representatives from institutions such as the Finnish Institute for Health and Welfare (THL), ALCER, and the Royal Danish Embassy in London also participated.

The launch of the SAFE HEARTS PLAN by the European Commission at the end of last year marked a major step forward in improving cardiovascular health across the EU. The initiative positions cardiovascular health management as an economic and competitiveness priority, recognizing the broad social and productivity impacts of cardiometabolic diseases, and provides member states with a structured framework for implementing or strengthening national cardiometabolic risk assessment programs through early diagnosis.

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Álvarez-Vallina investiga en el CNIO cómo generar células ‘puñal’ contra el mieloma múltiple dentro del cuerpo

Luis Álvarez-Vallina, jefe de la Unidad de Investigación Clínica en Inmunoterapia del Cáncer CNIO-HMarBCN. / Laura M. Lombardía. CNIO

El mieloma múltiple es el segundo cáncer hematológico más común en adultos. Uno de los grandes avances en su tratamiento en los últimos años es la inmunoterapia de células CAR-T, en la que linfocitos T (glóbulos blancos) de la persona enferma se modifican para que puedan reconocer específicamente las células tumorales, y destruirlas.

Pero es una terapia celular compleja, lenta y muy costosa. Los linfocitos T primero se extraen del paciente, se modifican y cultivan en el laboratorio y después se reintroducen en el organismo, ya con la capacidad de dirigirse contra las células del cáncer.  

El grupo de Luis Álvarez Vallina en el CNIO acaba de recibir financiación de la Deutsche José Carreras Leukämie Stiftung para un proyecto que busca modificar los linfocitos T dentro del propio organismo de la persona enferma. Se lograría con ello reducir los costes de fabricación y acortar el tiempo de tratamiento, lo que en última instancia permitiría tratar a más pacientes.

Se trata del proyecto LIVE-STAb (In vivo generation of engineered T cells secreting T-cell engager antibodies with targeted lentiviral vectors), co-dirigido por Christian J. Buchholz, del Paul-Ehrlich-Institut, en Alemania.

Los investigadores emplearán células puñal o STAb-T, que pueden considerarse una evolución de las células CAR-T. En ambos casos las células modificadas en el laboratorio reconocen un mismo antígeno solo presente en las células tumorales, de forma que se dirigen y atacan solo a las células de cáncer.

Pero las STAb-T, en las que el grupo de Vallina es experto, tienen ventajas sustanciales, entre ellas que logran reclutar a otras células T del organismo que no han sido modificadas, para que también combatan a las células cancerígenas. Se amplifica así el efecto de la terapia.

Células STAb-T específicas de BCMA (rojas) reconocen y atacan a las de mieloma (azul). /Anaïs Jiménez-Reinoso (Unidad Inmunoterapia del Cáncer H12O-CNIO) y Manuel Pérez e Isabel Peset (Unidad de Microscopía Confocal). CNIO.

Como explica Álvarez Vallina, “desarrollaremos una estrategia pionera para generar células T STAb dirigidas contra el BCMA [un antígeno presente solo en las células de mieloma múltiple] directamente en el interior del paciente, lo que eliminará la necesidad de producir las células ex vivo. El proyecto evaluará la viabilidad, la eficacia y la seguridad de este enfoque innovador”.

El objetico de LIVE-STAb es “establecer un nuevo paradigma para las terapias con células T modificadas genéticamente, haciendo que las inmunoterapias avanzadas sean más rápidas, accesibles y escalables para los pacientes con mieloma múltiple y otros tipos de cáncer”.

La entrada Álvarez-Vallina investiga en el CNIO cómo generar células ‘puñal’ contra el mieloma múltiple dentro del cuerpo se publicó primero en CNIO.

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बधाई हो Dr. Verma

Dr. Sherma, doctoral candidate under the supervision of Prof. Beatriz Prieto-Simón and Dr. Hedieh Haji Hashemi Varnosfaderani, has successfully defended his thesis. The dissertation, entitled Towards next-generation of porous nanostructure-based biosensing platforms for infectious disease diagnosis has been defended today, 15 june 2026.

The examination committee have been Dr. Mónica Campás (Institut de Recerca i Tecnologia Agroalimentàries, Spain), Dr. Thierry Noguer (Université Perpignan Via Domitia, France) and Prof. Bahareh Kherzi (Universitat Rovira i Virgili, Spain).

La entrada बधाई हो Dr. Verma se publicó primero en ICIQ.

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Todd Yeates, inventor del ‘lego de las proteínas’, diseñará en el CNIO nanomoléculas con potencial terapéutico como Investigador Visitante Fundación Occident

Desde la izda: Roger Castells-Graells, Susana Codina, subdirectora de Fundación Occident, Todd Yeates y Óscar Llorca. / Christian Esposito. Madmoviex. CNIO

El investigador estadounidense Todd O. Yeates es beneficiario de la nueva edición del programa Investigadores Visitantes de Fundación Occident en el Centro Nacional de Investigaciones Oncológicas (CNIO).

En su laboratorio de la Universidad de California en Los Angeles (Estados Unidos), Yeates

inició hace más de dos décadas el diseño de nanopartículas proteicas simétricas, diminutas ‘piezas de construcción’ que se autoconfiguran en laboratorio como proteínas con la forma y función que se desee.

“La idea era crear piezas que permitieran hacer arquitectura de proteínas”, afirma Yeates. Sus nanopartículas de proteínas se aplican a diversos campos de la investigación: para llevar fármacos hasta su punto de destino dentro del organismo, para desarrollar vacunas o para ver proteínas tan pequeñas que son indetectables hasta para los microscopios más potentes.

Visualizar proteínas-diana de fármacos oncológicos

Muchas proteínas implicadas en cáncer son pequeñas, difíciles de visualizar en los microscopios. El hoy investigador del CNIO Roger Castells-Graells combinó la tecnología de las nanopartículas de proteínas de Yeates con la crio-microscopía electrónica, y facilitó así el estudio de proteínas para las que se desarrollan actualmente compuestos de interés en cáncer.

Castells-Graells convirtió las nanopartículas artificiales en mega-estructuras capaces de enganchar proteínas más pequeñas, como parte de un gran andamio que resulta más fácil de visualizar. Así ha sido posible observar, por ejemplo, la interacción de determinados fármacos con sus proteínas diana –algo necesario a la hora de optimizar el diseño del fármaco. Este trabajo lo realizó durante su estancia como investigador posdoctoral en el laboratorio de Yeates en California.

Desde allí regresó a España gracias al programa Construyendo la Generación IA, dentro de la iniciativa Generación D, impulsada por Red.es y se incorporó al CNIO como jefe del grupo de Diseño Biomolecular y Nanomedicina Estructural, del programa de Biología Estructural. Hoy Castells-Graells quiere “incorporar esa tecnología y que el CNIO sea una institución pionera de España en combinarla con la inteligencia artificial para el diseño de proteínas”, asegura.

From the left: Todd Yeates, Roger Castells-Graells and Óscar Llorca. / Christaina Esposito. Madmoviex. CNIO
From the left: Todd Yeates, Roger Castells-Graells and Óscar Llorca. / Christaina Esposito. Madmoviex. CNIO

“Es tan emocionante que me está costando dormir”

Con este fin, y gracias al programa Investigadores Visitantes de Fundación Occident, Castells-Graells acogerá estos meses a su antiguo profesor en el CNIO en varias estancias, convencido de que su colaboración contribuirá a acelerar los avances de esa fusión de tecnologías.

Ya en las primeras semanas de trabajo su sintonía ha dado fruto: con los resultados obtenidos han elaborado un artículo científico que está ya en fase de revisión.

“Todd ha despertado el entusiasmo de todo el grupo, y otros grupos del programa”, afirma Castells-Graells. “Quiero pasar cada minuto que está aquí con él, porque tenemos muchísimos proyectos. Es tan emocionante que me está costando dormir estos días”.

Yeates y Castells-Graells colaborarán también con el Programa de Terapias Experimentales del CNIO, “para ver si nuestra tecnología puede ayudar en el desarrollo de nanopartículas contra proteínas implicadas en cáncer de próstata”.

Fundación Occident y el CNIO

El programa Investigadores Visitantes de Fundación Occident financia la estancia en el CNIO de un investigador que haya desarrollado su trabajo en un centro internacional de prestigio en los últimos cinco años. Estas visitas consolidan los lazos del grupo de investigación anfitrión con el del centro al que pertenece el investigador visitante, y permiten iniciar nuevas líneas de trabajo gracias al intercambio de ideas e intereses comunes.

La colaboración entre la Fundación Occident y el CNIO se remonta a 2009. El programa ha hecho posible que el CNIO reciba la visita de David Goldgar; Rama Khokha; Mercedes Rincón; Astrid Laegreid; Maria Sibilia; Robert Benezra; Peter Petzelbauer; André Nussenzweig; Stephan A. Hahn; Patrick Sung; Chaitanya R. Divgi; Marcin Nowotny; Madalena Tarsounas; Raúl Rabadán; Wolfgang Weninger; Scott Lowe; Sonia Laín; Eva Nogales, Raul Mostoslavsky, Albana Gatelli, Gonçalo Bernardes, Yardena Samuels y Todd Yeates.

Biografía de Todd Yeates

Tras doctorarse en la Universidad de California en Los Angeles (UCLA) con un trabajo sobre métodos de cristalografía de rayos X, Yeates se trasladó al Instituto Scripps de Investigación para realizar un posdoctorado sobre las cápsides virales, las estructuras de las cubiertas de proteínas que protegen el material genético de los virus. Al finalizar, regresó a la UCLA, donde instaló su laboratorio de biología estructural, computacional y sintética en el departamento de Química y Bioquímica. Allí ha estudiado los grandes complejos de proteínas que se dan en la naturaleza, e inventó el diseño de nanopartículas de proteínas que se aplican actualmente a diversos campos de la investigación. Para este fin su laboratorio ha realizado también avances en genómica computacional.

Sobre el CNIO

El Centro Nacional de Investigaciones Oncológicas (CNIO) es un centro público de investigación dependiente del Ministerio de Ciencia, Innovación y Universidades. Es el mayor centro de investigación en cáncer en España y uno de los más importantes en Europa. Integra a medio millar de científicos y científicas, más el personal de apoyo, que trabajan para mejorar la prevención, el diagnóstico y el tratamiento del cáncer.

Sobre Fundación Occident

Desde 1998 Fundación Occident es una entidad privada sin ánimo de lucro perteneciente a GCO (Grupo Catalana Occidente) creada en memoria de Jesús Serra Santamans, reconocido empresario y mecenas, fundador del grupo asegurador. La fundación cuenta con cinco líneas de actuación que articulan la acción de la entidad: Investigación, Empresa y docencia, Acción social, Deporte y Promoción de las artes. Dentro de la línea de investigación, su labor se centra en canalizar las labores de mecenazgo que el Grupo lleva desarrollando desde hace más de un siglo, promoviendo sus propios premios de investigación que reconocen la trayectoria investigadora de jóvenes científicos españoles en los ámbitos de la alimentación y la nutrición.

Además, promueve programas en los que acercan el conocimiento de expertos científicos internacionales a grupos de investigación españoles y otras colaboraciones en pro de los avances científicos en investigación cardiovascular y oncológica.

La entrada Todd Yeates, inventor del ‘lego de las proteínas’, diseñará en el CNIO nanomoléculas con potencial terapéutico como Investigador Visitante Fundación Occident se publicó primero en CNIO.

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The Institute for Neurosciences CSIC-UMH holds the 19th edition of its ‘IN Progress Report’ Workshop

The Institute for Neurosciences (IN), a joint centre of the Spanish National Research Council (CSIC) and Miguel Hernández University of Elche (UMH), hosted the 19th edition of its ‘IN Progress Report’ Workshop on Friday, 12 June. This annual event brings together the Institute’s research community and provides an opportunity for one-third of its group leaders to present the work carried out in their laboratories over recent years, as well as the main research directions that will shape their scientific activity in the future.

The presentations provided an overview of the research currently being carried out at the Institute for Neurosciences CSIC-UMH, covering topics ranging from the development and function of neural circuits to the mechanisms underlying pain, ageing and neurodegenerative diseases, as well as the development of new diagnostic tools.

Researchers from the Scientific Programmes Building & Adapting Circuits into Functional Networks and Synaptic Modulation of Neural Circuits and Behavior presented studies aimed at understanding how brain circuits are organised, developed and regulated. Isabel del Pino, head of the Developmental and Cognitive Disorders Laboratory, introduced a new perspective on disorders associated with the NALCN gene, proposing that they should be understood as interneuron-driven circuitopathies. Sandra Jurado, who leads the Synaptic Neuromodulation Laboratory, discussed the dynamics and function of oxytocin release in neuronal dendrites. Ramón Reig, head of the Sensory-motor Processing by Subcortical Areas Laboratory, presented findings showing how dopamine synchronises multisensory responses in the dorsomedial striatum. Andreas Kardamakis, who leads the Neural Circuits in Vision for Action Laboratory, shared new insights into the neural circuits and computational mechanisms underlying visual attention and distraction.

The session also featured Isabel Pérez Otaño, head of the Plasticity and Remodeling of Neural Circuits Laboratory, who presented findings on non-conventional NMDA receptor signalling in oligodendrocytes and neurons. Juan Antonio Moreno Bravo, who leads the Development, Wiring and Function of Cerebellar Circuits Laboratory, discussed the processes that guide cerebellar development, from the assembly of local circuits to their integration into the neocortex.

Speakers and organizer of the IN Progress Report 2026 meeting, held at the Institute of Neuroscience on 12 June. Source: IN CSIC-UMH.

Research focused on the cellular and molecular mechanisms of disease was represented by José P. López-Atalaya, head of the Cellular Plasticity and Neuropathology Laboratory and member of the Cell Plasticity in Brain Disease and Repair Scientific Programme, who presented advances in the understanding of the neuroimmune mechanisms involved in Alzheimer’s disease. Along similar lines, Javier Sáez Valero, who leads the Altered Molecular Mechanisms in Alzheimer’s Disease and Dementia Laboratory and is affiliated with the Translational Research of Neurological and Psychiatric Disorders Scientific Programme, presented new approaches for the study of biomarkers in neurodegenerative diseases, highlighting the importance of examining features that extend beyond their expression levels.

The session also included contributions from other IN CSIC-UMH scientific programs. Félix Viana, head of the Sensory Transduction and Nociception Laboratory and member of the Neurobiology of Pain & Inflammation Programme, presented research on the role of ion channels in pain transmission pathways. For his part, José Carlos Pastor Pareja, whose laboratory on Cell-to-tissue Architecture in the Nervous System is part of the programs Neural Stem Cell Regulation and Differentiation and Genetic & Epigenetic Bases of Individuality & Aging, presented new imaging strategies to better understand how the cellular and tissue architecture of biological systems is organized.

Finally, Silvia De Santis, head of the Translational Imaging Biomarkers Laboratory and affiliated with both the Human Cognition & Behaviour and the Translational Research of Neurological and Psychiatric Disorders Scientific Programmes, presented advances in the development of magnetic resonance imaging (MRI) biomarkers capable of tracking neuronal and glial changes associated with aging and Alzheimer’s disease.

Como en ediciones anteriores, las jornadas incluyeron un espacio dedicado al personal investigador predoctoral. Los estudiantes de segundo año del programa de doctorado del Instituto realizaron presentaciones breves de un minuto para introducir sus trabajos de investigación, que posteriormente expusieron durante una sesión de pósteres abierta a toda la comunidad científica del centro.

The event was organized by researcher Javier Morante, who served as Chair of the meeting together with researcher Juan Antonio Sánchez Alcañiz. The IN Progress Report meeting is one of the Institute for Neuroscience’s main internal forums for scientific exchange, helping to strengthen collaboration between laboratories, foster new synergies, and showcase the research being carried out at the IN CSIC-UMH.

Source: Institute for Neurosciences CSIC-UMH (in.comunicacion@umh.es)

 

 

La entrada The Institute for Neurosciences CSIC-UMH holds the 19th edition of its ‘IN Progress Report’ Workshop se publicó primero en Instituto de Neurociencias de Alicante.

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Sub-GeV Dark Matter, Neutrino Masses, and Astrophysical Signals from a Rich Dark Sector

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Sub-GeV Dark Matter, Neutrino Masses, and Astrophysical Signals from a Rich Dark Sector
Seminar

Sub-GeV Dark Matter, Neutrino Masses, and Astrophysical Signals from a Rich Dark Sector

Date
Place
Josep Maria Codina Seminar Room, 5th floor

Abstract: Rich dark sectors provide an attractive framework for addressing several puzzles in particle physics and cosmology within a single model. In this talk, I will present a simple sub-GeV dark-sector realization featuring a dark matter candidate, a light scalar mediator, and an extended neutrino sector. I will show how the model can reproduce the observed relic abundance, generate light neutrino masses, and satisfy cosmological constraints. I will then discuss its phenomenological implications, focusing on neutrino signals that could be probed by current and future neutrino telescopes.

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Dr. Carla Casadevall, ICIQ Associated Researcher, elected Member of the Young Academy of Spain

Dr. Carla Casadevall, associated researcher at the Institute of Chemical Research of Catalonia (ICIQ), has been elected as Member of the Young Academy of Spain. This recognition comes just a few weeks after she was named a finalist for the 2026 Princess of Girona Award for Scientific Research.

Casadevall’s appointment was approved during the Academy’s Extraordinary General Assembly held on 9 June. In this call, ten new members were selected from a total of 151 candidates through an evaluation process conducted by an independent international committee of distinguished researchers. In addition to scientific excellence, the selection process considered factors such as multidisciplinarity, diversity and leadership potential.

The newly elected members represent a new generation of researchers committed not only to scientific excellence but also to knowledge transfer and the societal impact of research. With this appointment, Dr. Casadevall joins a leading institution dedicated to promoting young scientific talent and fostering interdisciplinary collaboration across different fields of knowledge.

Specialised in sustainable energy conversion, Casadevall’s research, carried out between Rovira i Virgili University (URV) and ICIQ, focuses on the development of photocatalytic technologies inspired by natural photosynthesis to produce clean fuels and high-value chemicals from solar energy and carbon dioxide (CO₂).

Her work explores bio-inspired systems, including polymeric microreactors and artificial membranes, capable of mimicking natural processes to improve the efficiency and selectivity of chemical reactions. This research is embodied in the BIOPOLE project, funded through an ERC Starting Grant awarded in 2025, which aims to develop a new generation of photocatalytic systems based on artificial compartmentalisation to optimise key processes in sustainable energy and chemical synthesis.

The formal medal award ceremony for the newly elected members of the Young Academy of Spain will take place on 26 November in Zaragoza.

About the Young Academy of Spain

Founded in 2019, the Young Academy of Spain aims to promote scientific careers among young people, raise the visibility of emerging research talent, and serve as a bridge between the scientific community, public administrations and international academic institutions.

One of its distinctive features is that membership is limited to a maximum of five years, ensuring continuous renewal among its fifty members while preserving the institution’s youthful spirit. The Academy is also characterised by its strong interdisciplinary nature, bringing together experts from fields as diverse as chemistry, artificial intelligence, neuroscience, philosophy, art history and the performing arts.

La entrada Dr. Carla Casadevall, ICIQ Associated Researcher, elected Member of the Young Academy of Spain se publicó primero en ICIQ.

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A New Flexible Neural Interface to “Speak and Listen” to the Brain

A study led by ICN2 and the Institute of Microelectronics of Barcelona (IMB-CNM-CSIC) has developed a neural interface that brings together two graphene-based technologies in a single device, with the potential to improve current approaches to modulating brain activity. This advance could be key to developing future therapies for conditions such as epilepsy and brain damage.

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ARRAKIHS, the first ESA Science Programme mission led by Spain, begins its development phase for launch in 2030

The IAA-CSIC has been participating in ARRAKIHS since 2022, the year the ESA selected the mission, which has now successfully completed its preliminary design phase. The Minister of Science, Innovation and Universities, Diana Morant, has stated that “with ARRAKIHS, we are placing Spain at the forefront of European space exploration.”

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The D-Carbonize doctoral candidates present their ongoing research at the Industry Workshop in Heidelberg

From 27 to 29 May 2026, the D-Carbonize consortium gathered at Heidelberg University (Germany) for an Industry Workshop. The three-day event brought together all doctoral candidates (DCs), consortium partners and supervisors and were offered scientific presentations, training sessions and discussions focusing on industrial angles regarding sustainable carbon cycles, CO₂ valorization and circular chemistry.

The workshop opened on Wednesday with welcoming remarks from Stephen Hashmi (Heidelberg University) and the scientific coordinator Arjan Kleij (ICIQ), who highlighted the importance of interdisciplinary collaboration within the D-Carbonize network.

The first day was dedicated to presentations from the doctoral candidates, providing an opportunity to share recent research advances among all participants and receive feedback from all supervisors regarding the progress of their projects. A board meeting held at the end of the first day enabled the project partners to review the progress and discuss upcoming activities and actions.

The second and third day focused on training sessions designed to complement the scientific expertise of all DCs and strengthen their professional development. Participants engaged in dedicated sessions aiming at expansion of their technical knowledge and fostering interdisciplinary skills, while also continuing scientific discussions in a collaborative environment.

Among the invited speakers were Dr. Coralie Jehanno (Polykey Polymers), who discussed the transfer of sustainable technologies from the laboratory to the market; Prof. Dr. Sabine Chourbaji (Heidelberg University), who addressed the use of animal experiments in the testing of new chemicals, and the social acceptance aspects related to these activities; Dr. Andrea Ruiu (DOW), who presented recycling programs to turn waste into value; Dr. Christian Krueger (BASF) who shared perspectives on Life Cycle Assessment, and finally Dr. Jean-Pierre Lindner (BASF) discussed the opportunities and challenges associated with the use of renewable resources.

The D-Carbonize Industry Workshop once again demonstrated the project’s commitment to combine advanced research with interdisciplinary training, supporting the development of the next generation of researchers working toward sustainable chemistry, circular carbon technologies and lower-emission materials systems.

 

This project has received funding from the European Union (Marie Sklodowska-Curie Grant Agreement No 101073223)

La entrada The D-Carbonize doctoral candidates present their ongoing research at the Industry Workshop in Heidelberg se publicó primero en ICIQ.

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Stellar Autopsies: Shredded Evidence from Galactic Centres

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Stellar Autopsies: Shredded Evidence from Galactic Centres
Seminar

Stellar Autopsies: Shredded Evidence from Galactic Centres

Date
Place
Pere Pascual V5.07 Room

Abstract: When a star wanders too close to a supermassive black hole (SMBH) lurking in a galaxy’s nucleus, it meets an unfortunate end: shredded apart by the black hole’s gravitational field, its remains fuel a luminous, panchromatic transient flare — a tidal disruption event (TDE). By their very nature, TDEs are a unique tool for probing SMBHs and their existence was predicted by theorists since the 80s. The first candidates were discovered in the X-ray regime in the late 90s and only at 2006 the detections of potential candidates in the optical and UV began. Since then, thanks to the rapid development of dedicated large surveys for time-domain astronomy, the number of detected candidates has surpassed 100. However, even though TDEs are now routinely discovered by surveys, the physics underlying the emission mechanism that powers them has remained elusive.
 
Spectroscopically, the first optical spectrum of a TDE was obtained in 2007; it displayed broad emission features around Hα, Hβ and He II λ4686 and, to-date, these remain  the most characteristic spectral features for a nuclear transient to be classified as a TDE. Nevertheless, since then we have come to understand that the spectral properties of optical/UV TDEs show a large diversity, potential evolution with time and, occasionally, unique features that are puzzling and challenging to understand.
 
In this talk, I will attempt to give a concise review of TDEs and their spectral properties in the optical/UV, and discuss potential links between those properties and the geometrical structures, as well as their (still) elusive emission mechanism.

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Medipix meeting in Barcelona

IFAE hosted the Medipix Collaboration Meeting in Barcelona, bringing together over 50 international participants for scientific discussions and visits to IFAE laboratories, IMB-CNM, and ALBA Synchrotron.

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