[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"awarded-msca-doctoral-networks":3},{"awarded":4,"total":200},[5,16,23,30,37,44,50,57,64,70,76,81,86,92,99,106,112,119,126,132,139,144,150,157,163,170,175,181,187,193],{"id":6,"funder":7,"programme":8,"title":9,"piName":10,"institution":11,"country":12,"year":13,"amount":14,"abstract":15},"cordis-marie-skłodowska-curie-actions-award-101311337","Marie Skłodowska-Curie Actions","MSCA Doctoral Networks","Open Collaborative Training for Operational Pan-Union Resilience of Transportation Systems",null,"THE PROVOST, FELLOWS, FOUNDATION SCHOLARS & THE OTHER MEMBERS OF BOARD, OF THE COLLEGE OF THE HOLY & UNDIVIDED TRINITY OF QUEEN ELIZABETH NEAR DUBLIN","IE",2027,"€4,585,060.8","The incidence of climate extreme events in Europe is anticipated to escalate in the future. The frequency and intensity of these is on the rise and has the potential to deeply disrupt civil systems, bringing significant harm to the EU communities.\nThe transportation systems in particular are critical to our economies and are among the most vulnerable to suffer disruptions from extreme events. Societies depend on these to function, and in response to disasters these are the lifelines for communit",{"id":17,"funder":7,"programme":8,"title":18,"piName":10,"institution":19,"country":20,"year":13,"amount":21,"abstract":22},"cordis-marie-skłodowska-curie-actions-award-101311514","Network for Integration of Comb Experimental Spectroscopic Techniques","CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE CNRS","FR","€4,483,106.4","NICEST is a Doctoral Network dedicated to advancing next-generation optical frequency comb spectroscopy to address pressing scientific and societal challenges in astrochemistry, atmospheric monitoring, and sustainable industrial processes. Molecular processes in gaseous environments govern phenomena ranging from interstellar chemistry to climate-relevant reactions and plasma-assisted manufacturing. Their accurate description requires high-resolution, broadband spectroscopic tools capable of dete",{"id":24,"funder":7,"programme":8,"title":25,"piName":10,"institution":26,"country":27,"year":13,"amount":28,"abstract":29},"cordis-marie-skłodowska-curie-actions-award-101311468","ASTROcytes in CIRCuits: Unraveling their contribution in healthy and diseased brain circuits.","I3S - INSTITUTO DE INVESTIGACAO E INOVACAO EM SAUDE DA UNIVERSIDADE DO PORTO","PT","€4,527,605.52","In 2021, an estimated 3.4 billion people—about 43% of the world’s population—were living with a neurological condition, underscoring the need for new strategies to understand and treat brain disorders. Decades of predominantly neuron-centric research have not delivered the breakthroughs required to reduce their growing global burden.\n\nAstroCirc proposes a shift toward a more complete view of brain circuitry by integrating the roles of astrocytes—the most abundant non-neuronal cells, essential fo",{"id":31,"funder":7,"programme":8,"title":32,"piName":10,"institution":33,"country":34,"year":13,"amount":35,"abstract":36},"cordis-marie-skłodowska-curie-actions-award-101311543","Science for WInd turbine Resilience to Lightning","UNIVERSITAT POLITECNICA DE CATALUNYA","ES","€4,663,592.64","Lightning poses significant risks to both ground-based and airborne structures, including their electrical and electronic systems. Wind turbines (WTs) are particularly vulnerable due to their height, the use of modern composite materials, and the increasing integration of sensitive electronic equipment. As wind power becomes a cornerstone of our carbon-neutral future, lightning damage to WTs already costs over €100 million annually worldwide - expected to rise with the expansion of wind farms an",{"id":38,"funder":7,"programme":8,"title":39,"piName":10,"institution":40,"country":41,"year":13,"amount":42,"abstract":43},"cordis-marie-skłodowska-curie-actions-award-101311844","Solar-driven hYBrid Methane production via BioelectrOchemicaL CO2 utilization","POLITECNICO DI TORINO","IT","€2,997,712.08","The SYMBOL Doctoral Network pioneers a new generation of solar-biohybrid technologies for decentralized biomethane production. SYMBOL introduces a Dual Pathway Conversion (DPC) architecture that merges two synergistic CO2-to-CH₄ routes: (i) a biophotoelectrochemical (BPEC) process in which Cu2O-based plasmon-enhanced photocathodes generate H2 in situ for biological methanation, and (ii) a direct interspecies electron transfer (DIET) process enabling direct photo-electron uptake by methanogenic a",{"id":45,"funder":7,"programme":8,"title":46,"piName":10,"institution":47,"country":27,"year":13,"amount":48,"abstract":49},"cordis-marie-skłodowska-curie-actions-award-101312796","Doctoral Training Network on Glycan–Cancer–Microbiota Interactions for Therapeutic and Diagnostic Innovation in Colorectal cancer","UNIVERSIDADE NOVA DE LISBOA","€4,674,997.08","Colorectal cancer (CRC) remains a major global health challenge, and increasing evidence shows that gut microbiota plays a decisive role in tumour progression and immune escape. Yet, the molecular rules governing communication between tumour cells, microbes and the immune system remain unknown. GlyCaBiota DN addresses this critical gap by focusing on how tumour and microbial glycans and proteins that recognize them shape CRC biology. Our innovative programme places glycan-mediated interactions a",{"id":51,"funder":7,"programme":8,"title":52,"piName":10,"institution":53,"country":54,"year":13,"amount":55,"abstract":56},"cordis-marie-skłodowska-curie-actions-award-101311908","Improved Diagnosis, Monitoring and Treatment through European Doctoral Collaboration in Capsule Endoscopy","NORGES TEKNISK-NATURVITENSKAPELIGE UNIVERSITET NTNU","NO","€4,693,908.24","The CAPTURE project focuses on improving wireless capsule endoscopy for improved diagnosis, monitoring and treatment of patients. There have been increases in the incidence of most gastrointestinal disorders in Europe, which has major implications for future healthcare services. The incidence and prevalence of many gastrointestinal disorders are highest among older people, and with an ageing European population, this will lead to an increased burden on healthcare across Europe. We will have spec",{"id":58,"funder":7,"programme":8,"title":59,"piName":10,"institution":60,"country":61,"year":13,"amount":62,"abstract":63},"cordis-marie-skłodowska-curie-actions-award-101312165","AI4Power: Artificial Intelligence for low carbon Power systems","ETHNICON METSOVION POLYTECHNION","EL","€4,611,478.68","Pressing concerns about climate change impose ambitious targets for energy system decarbonization based on high penetration of renewable energy sources (RES). The energy transition reshapes existing systems, creating both challenges and opportunities, mainly in situational awareness, operational planning and control and power system stability.\n\nArtificial intelligence (AI) and Generative AI (GenAI) are set to transform power system and smart grid operation by processing large datasets, optimisin",{"id":65,"funder":7,"programme":8,"title":66,"piName":10,"institution":67,"country":20,"year":13,"amount":68,"abstract":69},"cordis-marie-skłodowska-curie-actions-award-101312626","Transferable Trustworthy Radiotherapy with Artificial Intelligence","UNIVERSITE DE RENNES","€4,720,181.76","Cancer is the leading cause of death in Europe and the second worldwide. Over 50% of patients are treated with Radiotherapy (RT) and it accounts for 40% of cures, yet recurrence and toxicities remain significant challenges. Despite major advances in imaging, planning and delivery, RT still largely follows a “one-dose-fits-all” approach, leading to variable outcomes, toxicities and limited adaptability to patient-specific biology. Europe is currently undergoing a digital transformation driven by ",{"id":71,"funder":7,"programme":8,"title":72,"piName":10,"institution":73,"country":41,"year":13,"amount":74,"abstract":75},"cordis-marie-skłodowska-curie-actions-award-101312082","Addressing Eco-Social Injustices: Grassroot Strategies Beyond Growth","UNIVERSITA DEGLI STUDI DEL PIEMONTE ORIENTALE AMEDEO AVOGADRO","€4,104,630.72","Following decades of theoretical debate, the concept of justice has become increasingly complex, often necessitating specific qualifiers to clarify its scope (social justice, epistemic justice, transitional justice, global justice, ecological justice, climate justice, etc.). As a result, justice cannot be defined or realized through a single, fixed framework. A nuanced understanding requires the direct application of justice concepts to real-world instances of injustice and oppression affecting ",{"id":77,"funder":7,"programme":8,"title":78,"piName":10,"institution":19,"country":20,"year":13,"amount":79,"abstract":80},"cordis-marie-skłodowska-curie-actions-award-101312390","Highly Efficient and Stable Organic Photovoltaic Indoor Sensors","€4,880,710.08","SOLSTIS will develop a world-level core academic and industrial training program to train 15 doctoral candidates in dovetailed sciences and technologies, economics and sustainability, to deliver an exceptional range of research and transferrable skills that will have real-life impact. The training programme will develop a template for change in human-centric Internet-of-Things (IoT) production and positivise the commercial and environmental benefits of sustainability for the wider general public",{"id":82,"funder":7,"programme":8,"title":83,"piName":10,"institution":53,"country":54,"year":13,"amount":84,"abstract":85},"cordis-marie-skłodowska-curie-actions-award-101312604","UNderstanding change in Cultural Heritage: the Next Generation of Experts","€4,746,888.36","Cultural Heritage (CH) objects change over time due to environmental factors, material aging, and past human actions. These changes often invisible until they become irreversible and are difficult to measure, interpret, and predict. As digital technologies, imaging, and data science increasingly influence conservation practices, there is a growing need for researchers and professionals skilled in linking material knowledge, conservation science, advanced imaging, and artificial intelligence.\n\nUN",{"id":87,"funder":7,"programme":8,"title":88,"piName":10,"institution":89,"country":20,"year":13,"amount":90,"abstract":91},"cordis-marie-skłodowska-curie-actions-award-101312602","Training a New Generation to Decode the Human Cis-Regulatory Genome","INSTITUT NATIONAL DE LA SANTE ET DE LA RECHERCHE MEDICALE","€4,630,678.56","Decoding how the “non-coding” genome controls gene expression is one of the grand challenges of modern biomedicine. Most disease-associated variants fall in regulatory DNA, yet their effects on gene regulation remain largely unpredictable, limiting diagnosis, risk stratification and the design of safe gene and cell therapies. cisCODE is an MSCA Doctoral Network that will train 15 Doctoral Candidates to crack the cis-regulatory code by combining cutting-edge genomics with artificial intelligence ",{"id":93,"funder":7,"programme":8,"title":94,"piName":10,"institution":95,"country":96,"year":13,"amount":97,"abstract":98},"cordis-marie-skłodowska-curie-actions-award-101311917","Reconfiguring Europe: Law and Political Economy of the Green Transition","ERASMUS UNIVERSITEIT ROTTERDAM","NL","€4,571,779.68","Europe is undergoing its most far-reaching transformation in decades as it seeks to navigate the accelerating climate crisis, geopolitical instability, and structural economic vulnerabilities. In response, the EU has developed a wide-ranging green transition agenda that intersects with, and reinforces, broader objectives of resilience and strategic autonomy. This agenda encompasses climate legislation, industrial policy, energy security, sustainability initiatives under the European Green Deal, ",{"id":100,"funder":7,"programme":8,"title":101,"piName":10,"institution":102,"country":103,"year":13,"amount":104,"abstract":105},"cordis-marie-skłodowska-curie-actions-award-101312519","Kernel-based Methods in Control and Estimation","TECHNISCHE UNIVERSITAET ILMENAU","DE","€4,592,711.88","The proposed programme will establish a Doctoral Network in Mathematics with a special focus on Kernel-Based Methods in Control and Estimation. The network aims at advancing the theoretical foundations and practical applications of kernel-based techniques in control and estimation of complex dynamical systems. By bringing together leading researchers and institutions, the project will foster interdisciplinary collaboration and innovation in areas such as state estimation for partial differential",{"id":107,"funder":7,"programme":8,"title":108,"piName":10,"institution":109,"country":12,"year":13,"amount":110,"abstract":111},"cordis-marie-skłodowska-curie-actions-award-101311988","Supporting Parents to Protect Children","UNIVERSITY OF GALWAY","€4,244,839.92","Protection and wellbeing of children is at the forefront of policy concerns in Europe. Where children are abused and neglected, states intervene through Child Protection & Welfare systems and services, sometimes resulting in children being placed in out-of-home care.\nPolicy and practice are recognizing the need to support parents in protecting children due to greater knowledge on the role of positive parenting in child development, understanding of the value of prevention and early intervention ",{"id":113,"funder":7,"programme":8,"title":114,"piName":10,"institution":115,"country":116,"year":13,"amount":117,"abstract":118},"cordis-marie-skłodowska-curie-actions-award-101311906","Artificial Intelligence for Joint Communication and SENSing in Optical NEtworks","ASTON UNIVERSITY","UK","€4,206,728.88","Optical networks are crucial to modern society and the economy, forming the backbone of our advanced communication infrastructure. Currently, these networks are undergoing a transformative phase, driven by the demands – and needs – of increased and everywhere connectivity and real-time data acquisition for monitoring and performance enhancement. Both demands lead to system architectures that have the potential to be exploited in other contexts, thereby leveraging considerable value from the sign",{"id":120,"funder":7,"programme":8,"title":121,"piName":10,"institution":122,"country":123,"year":13,"amount":124,"abstract":125},"cordis-marie-skłodowska-curie-actions-award-101311447","Developing Immune Strategies to Counter  tumor-immune-micrOnVironmEntal Resistance in NeuroEndocrine Tumors.","UNIVERSITEIT ANTWERPEN","BE","€4,574,378.16","Despite significant investments of resources, policies, global partnerships and social and financial efforts in the fight against cancer, we are currently still unable to achieve long-term disease control for patients with neuroendocrine tumors (NET). Moreover, despite the emphasis of both Europe’s Beating Cancer Plan and the European Initiative on Rare Cancers on advancing research and innovation in rare tumors, only limited progress has been made in the field of NET over the last decade. Parti",{"id":127,"funder":7,"programme":8,"title":128,"piName":10,"institution":129,"country":103,"year":13,"amount":130,"abstract":131},"cordis-marie-skłodowska-curie-actions-award-101311734","Metabolic disease heterogeneity definition, prevention and remission with targeted interventions","HELMHOLTZ ZENTRUM MUENCHEN DEUTSCHES FORSCHUNGSZENTRUM FUER GESUNDHEIT UND UMWELT GMBH","€4,437,236.16","Obesity, diabetes and associated complications constitute a rapidly escalating scientific and societal challenge across Europe marked by profound heterogeneity in causes, clinical trajectories and treatment responses. This heterogeneity explains the limited effectiveness of standardized therapies and highlights the need to stratify metabolic disease. To confront this challenge, MEDIculous REMeDy brings together a pan-European, interdisciplinary doctoral network spanning academia, healthcare, ind",{"id":133,"funder":7,"programme":8,"title":134,"piName":10,"institution":135,"country":136,"year":13,"amount":137,"abstract":138},"cordis-marie-skłodowska-curie-actions-award-101312450","Food-Grade Aerogels for Sustainable Food Systems","MIDDLE EAST TECHNICAL UNIVERSITY","TR","€4,189,370.04","Aerogels are ultra-light, highly porous materials widely used in insulation and biomedical applications, yet food-grade versions remain limited to early proofs-of-concept with unresolved issues in scalability, safety and performance. FAroGels addresses this gap by developing biodegradable and edible aerogels for food production, processing and packaging and by establishing the foundations needed for their safe and effective use in real food systems.\nThe consortium brings together 23 organisation",{"id":140,"funder":7,"programme":8,"title":141,"piName":10,"institution":115,"country":116,"year":13,"amount":142,"abstract":143},"cordis-marie-skłodowska-curie-actions-award-101312442","Synergistic Neuromorphic Approaches for Scalable and Efficient Computing","€4,220,876.16","SYNAPSE (Synergistic Neuromorphic Approaches for Scalable and Efficient Computing) addresses one of Europe’s most pressing technological challenges: the need for radically more efficient computing systems in the face of exponential data growth and increasingly AI-intensive applications. As digitalisation accelerates across industry, public services, and society, existing computing architectures—rooted in classical, power-hungry digital designs—are becoming unsustainable, placing constraints on E",{"id":145,"funder":7,"programme":8,"title":146,"piName":10,"institution":147,"country":20,"year":13,"amount":148,"abstract":149},"cordis-marie-skłodowska-curie-actions-award-101311640","Training Experts in Light-Based Additive Manufacturing","UNIVERSITE DE HAUTE ALSACE UHA","€4,104,955.08","TEAM aims to establish an excellence hub in vat photopolymerization 3D printing. Three major objectives are pursued: 1) to train a new generation of researchers with high scientific expertise and strong awareness of industrial and societal challenges, 2) to make significant progress in the synthesis of photoinitiators truly suited for vat photopolymerization, and 3) to explore new frontiers in materials science by developing alternative chemistries to those commonly used. \n3D printing via vat ph",{"id":151,"funder":7,"programme":8,"title":152,"piName":10,"institution":153,"country":154,"year":13,"amount":155,"abstract":156},"cordis-marie-skłodowska-curie-actions-award-101312438","Bio-based, Intelligent and Regenerative Systems for a Sustainable and Resilient Agriculture","UNIVERZITET U NOVOM SADU FAKULTET TEHNICKIH NAUKA","RS","€3,418,883.28","BIO-ACTIVE establishes a truly cross-disciplinary framework that unites biotechnology, materials science, energy harvesting, sensing technologies, and artificial intelligence into a single, self-improving platform for regenerative and climate-resilient agriculture. Bringing together 11 beneficiaries across 9 countries, the project’s overarching mission is to train 12 Doctoral Candidates capable of driving Europe’s transition toward digitally enabled, biologically grounded, and resource-efficient",{"id":158,"funder":7,"programme":8,"title":159,"piName":10,"institution":160,"country":34,"year":13,"amount":161,"abstract":162},"cordis-marie-skłodowska-curie-actions-award-101312565","Functionally Unified, Trustworthy, Ultra-Responsive, Reasoning-Enabled 6G with Autonomous Agents","IQUADRAT INFORMATICA SL","€4,245,959.16","Federated, Unified, Trustworthy, Ubiquitous Reinforcement-learning Enabled 6G through Agentic AI represents a timely and edge-cutting doctoral network addressing Europe's strategic imperative to lead autonomous 6G intelligence. At a critical moment when global competition for AI-native networking leadership intensifies, FUTURE-6G pioneers the integration of agentic AI systems—combining large language models, reinforcement learning, and multi-agent coordination—to enable zero-touch, self-managing",{"id":164,"funder":7,"programme":8,"title":165,"piName":10,"institution":166,"country":167,"year":13,"amount":168,"abstract":169},"cordis-marie-skłodowska-curie-actions-award-101312448","Public Administration Doctoral Network in Digital and Green Transitions","TALLINNA TEHNIKAÜLIKOOL","EE","€3,863,187.72","PANDORIS establishes an innovative doctoral training network dedicated to equipping Doctoral Candidates (DCs) with cutting-edge expertise in transformative governance for the twin digital-green transitions. The program addresses a critical knowledge gap by training DCs to navigate and manage the complexities inherent in digital and sustainable transformations, producing specialists skilled in political, societal, and economic facets of twin transition governance. This interdisciplinary, intersec",{"id":171,"funder":7,"programme":8,"title":172,"piName":10,"institution":47,"country":27,"year":13,"amount":173,"abstract":174},"cordis-marie-skłodowska-curie-actions-award-101312878","University Network for Industrial Quality, aUtomation, Ecology and Excellence","€3,681,329.76","Europe’s industry must become more sustainable, resilient and digitally advanced, yet traditional efficiency-driven models cannot address climate change, resource scarcity, supply chain risks and rapid technological change. Advances in automation, AI and systems modelling create new opportunities, but real progress requires a shift toward human-centric industrial systems where workers collaborate with digital technologies and social and ethical factors shape innovation. Current doctoral training",{"id":176,"funder":7,"programme":8,"title":177,"piName":10,"institution":178,"country":116,"year":13,"amount":179,"abstract":180},"cordis-marie-skłodowska-curie-actions-award-101311648","Equitable musculoskeletal health driven by inclusive models","UNIVERSITY OF LEEDS","€4,592,856.24","Musculoskeletal (MSK) disorders are a leading global cause of disability, affecting people of all demographics (age, gender, ethnicity…) and contributing significantly to reduced quality of life, loss of productivity and healthcare costs. The complexity of their pathophysiology across scales eludes healthcare professionals, and treatments remain mostly palliative with predominantly one-size-fits-all approaches. As the concept of digital twins in health develops, in silico modelling and simulatio",{"id":182,"funder":7,"programme":8,"title":183,"piName":10,"institution":184,"country":12,"year":13,"amount":185,"abstract":186},"cordis-marie-skłodowska-curie-actions-award-101312678","Empowering Innovation for a Sustainable Plastic Future","Technological University of the Shannon: Midlands Midwest","€3,330,714.96","The SkillCirc Doctoral Network addresses the critical challenge of transitioning from a linear plastic economy to a circular, sustainable paradigm by advancing eco-plastic technologies and fostering interdisciplinary research. This initiative brings together a multidisciplinary consortium of leading academic and industry partners to train the next generation of researchers capable of driving innovation in plastic reuse, recycling, and sustainability. SkillCirc will train 11 Doctoral Candidates t",{"id":188,"funder":7,"programme":8,"title":189,"piName":10,"institution":190,"country":103,"year":13,"amount":191,"abstract":192},"cordis-marie-skłodowska-curie-actions-award-101312218","Regulatory Learning for the Governance of Transformative Technologies","TECHNISCHE UNIVERSITAET MUENCHEN","€4,695,784.92","REGULAIRE is a doctoral network that studies how regulation can learn and adapt in situations where technologies, risks, and expectations change quickly. Good governance depends on strengthening how institutions observe emerging problems, test potential solutions, and update their practices as new evidence becomes available. In fast-moving environments, the capacity of institutions to learn becomes an essential regulatory function. The network will train fifteen fellows to examine this learning ",{"id":194,"funder":7,"programme":8,"title":195,"piName":10,"institution":196,"country":197,"year":13,"amount":198,"abstract":199},"cordis-marie-skłodowska-curie-actions-award-101310979","The doctoral network for cell METAbolism and MORPHology interplay in cortical malformation-associated neurodevelopmental disorders","HELSINGIN YLIOPISTO","FI","€3,855,103.56","Studying the interplay between cell metabolism and cell morphogenesis is a new, important entry point to unravel understudied mechanisms regulating human brain evolution and potential causes of neurodevelopmental disorders (NDDs). The ambitious METAMORPH Doctoral Network (DN) will be an interdisciplinary platform for doctoral candidates (DCs), aiming to provide high quality education and training, and to promote optimal standards of research integrity, while achieving excellence in research. To ",30]