MSCA-2025-PF: Cinco investigadores podrán llevar a cabo sus proyectos en la UCM gracias a las acciones Marie Curie.

El pasado 9 de febrero se resolvió la convocatoria MSCA Postdoctoral Fellowships de 2025. Esta convocatoria ha concedido €404,3 millones en ayudas post-doctorales.

De las 17.066 solicitudes, se han evaluado 16,836 propuestas y seleccionado para financiación 1.610. Esto supone una tasa de éxito de 9,6%.

Esta convocatoria ha sido especialmente competitiva, dado el aumento significativo en solicitudes que se produjeron en 2025 con respecto a 2024 (64.6%). Esto ha hecho que la tasa de éxito se haya reducido enormemente respecto al 16.6% del año pasado y que las notas de corte hayan resultado ser muy elevadas (hasta un 97.6%). 

182 ayudas se han concedido a instituciones españolas, 11,3% del total concedido, convirtiendo a nuestro país en el segundo con más propuestas seleccionadas en esta convocatoria.

En la UCM cinco propuestas han sido invitadas a firmar el acuerdo de subvención por la Comisión Europea, lo cual supone más de €1.1 millones de financiación para desarrollar actividades de investigación en nuestra universidad.

Las propuestas seleccionadas en la convocatoria MSCA-PF-2025 con la UCM como Host Institution son:

Supervisor Científico: 

Jorge Reñé Espinosa es un investigador Ramón y Cajal en el Departamento de Química Física de la Facultad de CC. Químicas, IP del proyecto In-Phase (ERC-StG). Está especializado en  simulación molecular para el estudio los mecanismos que rigen las transiciones de fase en proteínas.

Fellow: 

Andrés Tejedor Reyes está especializado en herramientas de Dinámica Molecular y teoría aplicada al estudio de termodinámica y física de polímeros. Su tesis doctoral en sistemas complejos incluye estudios computacionales y el desarrollo de teorías analíticas sobra la dinámica de polímeros lineales altamente «enredados».

Acrónimo: 

CMOD-RNA

Título: 

Coarse-grained modelling of RNA phase transitions in multicomponent biomolecular condensates

Abstract: 

Biomolecular condensates of proteins and nucleic acids are crucial for cellular organization, enabling adaptable compartmentalization without a membrane. Liquid-like condensates allow dynamic molecular exchange, whereas pathological solidification disrupts their function, leading to kinetically trapped states linked to neurodegenerative diseases. Although protein condensation has been Extensively studied, how RNA sequence, structure, and concentration govern condensate stability and drive
pathological solidification remains as a key open question. My project aims to advance the state-of-the-art by designing the first residue-level coarse-grained RNA model to explore RNA and RNA–protein condensates integrated with established protein models.
By including canonical and non-canonical base-pairing as well as key tertiary interactions such as G-quadruplexes, my model will enable simulations of RNA–protein condensates with unprecedented resolution and physicochemical realism. The project will achieve three key goals: (1) identify the molecular grammar of RNA–RNA and RNA–protein condensates by mapping the nucleotide and nucleotide–amino acid interactions behind phase-separation via all-atom simulations; (2) develop a sequence-resolved RNA
model compatible with residue-resolution protein models to describe RNA-driven phase behaviour of multicomponent condensates as well as their potential aberrant liquid-to-solid transitions; and (3) perform the first high-resolution simulation of stress granules
containing multiple proteins and RNAs to resolve their complex interaction motifs, multivalent binding networks, and spatial organization controlling their stability and molecular architecture. By providing a predictive framework for multicomponent condensates, this work will lay the foundation for understanding the sequence-encoded principles of RNA–protein assemblies and their dysfunction in disease, advancing fundamental biological knowledge and informing therapeutic innovation.

Supervisor Científico:

Miguel Berdugo Vega es un investigador Ramón y Cajal en el Departamento de Biodiversidad, Ecología y Evolución de la Facultad de CC. Biológicas, IP del proyecto INERTIA (ERC-StG). Está especializado en estudios de ecosistemas en zonas áridas.

Fellow: 

Manuel Cartereau es investigador especializado en la ecología, biodiversidad y biogeografía de las zonas áridas, así como en la biología y biodiversidad del cambio climático.

Acrónimo: 

DEMBIRD

Título: 

Decipher Multidimensional Biodiversity Resilience in a Drier world

Abstract: 

In drylands, the aridity gradient structures biodiversity patterns and ecosystem functioning, including non-linear responses around aridity thresholds triggering abrupt changes when crossed. Climate aridification, in combination with ecosystem degradation by human activities, leads to the so called “desertification” phenomenon, which can be viewed as a loss of ecological resilience, thus threatening livelihoods of people who depend on dryland ecosystems services. While biodiversity facets (taxonomic, functional and phylogenetic) are all pivotal for ecosystem functioning and provision of services, multidimensional biodiversity resilience to disturbance of plant communities remains largely unexplored, including its relation to aridity thresholds. DEMBIRD – “Decipher Multidimensional Biodiversity Resilience in a Drier world” aims to characterize, understand and predict multidimensional plant biodiversity resilience after land use abandonment, in relation to aridity thresholds in global drylands. Using an extensive field survey of plant communities throughout dryland regions of the world, I will: 1) characterize plant biodiversity trajectories after land use abandonment across facets; 2) investigate resilience response to aridity thresholds through statistical modelling; and 3) predict and map resilience under increasing aridity conditions in the future using a machine learning algorithm. DEMBIRD will furnish global maps of multidimensional plant biodiversity resilience in drylands, for both current and future time periods, ultimately helping to prioritize regions where management effort is needed to mitigate desertification and to better define relevant ecological restoration actions. I will carry out this work under the supervision of Dr. Miguel Berdugo, at the Universidad Complutense de Madrid (Spain), with a secondment stay with Dr. Marcos Fernández Martínez at the Centro de Investigación Ecológica y Aplicaciones Forestales (Barcelona, Spain).

Supervisor Científico: 

Rubén Díez García es Profesor Contratado Doctor en el Departamento de Sociología Aplicada de la Universidad Complutense de Madrid, especializado en sociedad civil, movimientos sociales, cultura cívica y compromiso ciudadano. Su investigación analiza procesos de participación, repertorios de acción y culturas juveniles, así como las transformaciones sociales contemporáneas. Es miembro del Grupo de Investigación MOVICON (Movimientos Sociales, Acción Colectiva y Cambio Social) y del Instituto TRANSOC, desde donde desarrolla investigación comparada sobre compromiso cívico, cultura democrática, juventud o riesgos sociales.

Fellow: 

Claudio Carbone combina investigación en problemas sociales, con foco en la crisis de la vivienda en Roma y Lisboa, producción de películas y activismo.

Acrónimo: 

DOCSPACE

Título: 

Documenting, Observing and Co-producing Spatial Practices and Audiovisual Counter-Imaginaries in Autonomous Urban Spaces

Abstract: 

DOCSPACE investigates how, in contexts of financialisation and media concentration, urban social movements create, use and defend self-managed spaces, turning housing, care and civic practices into common goods. Using Tepito (Mexico City) as a laboratory with implications for Europe, the project operationalises Lefebvre’s theory of space through a new analytical triad: emancipatory practices, contextual narratives, collective dynamics. It addresses the main deficit in the study of autonomous spaces, namely the lack of an integrated framework linking material practices and symbolic–narrative dimensions with comparable and reusable tools, capable of translating local evidence into procedures transferable across contexts. By integrating urban studies, critical geography, visual anthropology and media studies, DOCSPACE connects practices, audiovisual narratives and organisation within a unified framework, treating the audiovisual both as research data and as public communication with traceable circulation. Three objectives guide the work: (1) to document everyday management and care practices that sustain autonomous spaces; (2) to co-produce and analyse an audiovisual corpus to understand counter-imaginaries and processes of legitimation; (3) to design and validate the Spatial Triad Analytical Toolkit (STAT) for adoption by civic networks. The methodology combines activist ethnography, mapping, archival recovery and new ethnographic filming, within a multimodal and open science design. The research path foresees 24 months in Mexico City and 12 in Madrid; a six-month non-academic placement at Habita65 (Lisbon) will test STAT in European contexts, supporting its adoption. DOCSPACE is ambitious as it makes the theory of space operational in a measurable triad, innovates methodology by linking ethnography and audiovisual production to legitimacy metrics, and translates results into shared tools that strengthen dialogue between research, movements and institutions.

Supervisor Científico: 

Juan Carlos Revilla Castro es Profesor Titular en el Departamento de Antropología Social y Psicología Social de la Facultad de CC. Políticas y Sociología. Es director del grupo de investigación de Psicología Social: Desigualdades, género y violencia. Sus investigaciones se centran en estudios críticos del trabajo y las organizaciones, la identidad social y los estudios de juventud.

Fellow: 

Nadia Molek es doctora en Antropología Social. Sus estudios se centran en la migración, identidad, antropología digital, organizaciones, sostenibilidad y antropología del trabajo.

Acrónimo: 

PRECANOMIES

Título: 

Precarious Autonomies? Workers’ Identity and Technocontrol in Platform Economies from the European Semi-Periphery

Abstract: 

The rapid growth of platform work, employing over 28 million people in the EU, poses urgent challenges for labour rights, identity, and governance. In Slovenia, a semi-peripheral country with around 30,000 platform workers, weak institutional frameworks,
fragmented markets, and limited enforcement exacerbate precarity. Workers face the paradox of flexi-ulnerability: valuing autonomy and flexibility while remaining dependent on opaque algorithmic systems that control pay, visibility, and recognition. PRECANOMIES addresses this gap through an interdisciplinary, ethnographic study of platform work in Slovenia, in dialogue with Spain as a comparative case. The main objective is to analyse how algorithmic management and regulatory reforms shape worker identities, autonomy, and collective agency under regimes of technocontrol. Specific objectives include: (1) documenting workers’ narratives and everyday negotiations of precarity; (2) analysing the interaction between agency and algorithmic control through ethnography and exploratory audits; (3) mapping contractual and institutional arrangements; (4) tracing strategies of resistance and solidarity; and
(5) advancing theoretical concepts such as flexi-vulnerability and algorithmic subjectivation. Methodologically, the project combines multi-sited ethnography, digital ethnography, algorithmic audits, and policy analysis. Its innovation lies in bridging micro-level lived experience, meso-level organisational practices, and macro-level EU regulation, positioning semi-peripheral Europe at the entre of global debates on digital labour governance.

Supervisora Científica: 

Amparo Lasén es Profesora Titular del Departamento de Sociología Aplicada del la Facultad de CC. Políticas y Sociología. Es coordinadora del grupo de investigación Sociología Ordinaria y sus estudios se centran en la cultura digital centrada en las intimidades, relaciones de género, subjetividades y afectos, y los tiempos y espacios de lo cotidiano.

Fellow: 

Luciano Pascual es doctor en Artes. Su trabajo se centra en la estética de la música electrónica, la teoría crítica y el juicio estético en la música desde perspectivas kantianas.

Acrónimo: 

RavEcs

Título: 

Rave ecstasy. Political dimensions of queering identities.

Abstract: 

Ecstatic states in the context of raves, and particularly their implications for identity transformation, represent a complex and timely research topic for the social sciences and humanities in Europe. The RavEcs project will conduct an empirical research into the political dimension of ecstatic rave experiences, understood as processes of de- and re-subjectivation, with a particular emphasis on their impact on gender identity. To this end, the research will articulate three key stages: 1) The collection of qualitative data on these experiences and their links to identity re-signification (WP1 & OE1); 2) An analysis of their political ambivalences, enabled by Queer Theory (WP2 & OE2); and finally, 3) The elaboration of an interdisciplinary theoretical framework in dialogue with current debates within Critical Theory (WP3 & OE3). This research will be carried out at the Complutense University of Madrid (UCM), involving its departments of sociology and philosophy, and will feature a secondment at the Institute for Queer Theory (iQt) in Berlin. Objetives: 1. To identify and analyze how ravers link ecstatic experiences with processes of re-signifying their identities (WP1). 2. To recognize political tensions of post-ecstasy re-subjectivation processes, analyzing how ravers negotiate their identities between everyday practices of integration and forms of resistance to normativity (WP1, WP2) 3. To construct an interdisciplinary theoretical framework that synthesizes empirical findings with Queer and Critical Theory, offering a new analytical tool for understanding identity transformations within aesthetic experiences (WP3).