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Study of Pesticide Effects on Animal Immunological Resistance – SPAIR
Rodents and chiropterans harbour numerous micro-organisms that pose a risk to public health, as they are likely to cause the emergence of diseases in humans or domestic animals, particularly when these reservoirs are synanthropic. These pathogens include leptospires and hantaviruses, particularly in
Electrochemical Oxidation Process for Organochlorine Persistent Organic Pollutants removing from aquatic ecosystems – ElectrO-POP
Persistent Organic Pollutants (POPs) represent a major environmental and health threat due to their chemical stability, bioaccumulation potential, and toxicity. Facing the limitations of conventional treatment methods, electro-oxidation emerges as a promising solution but encounters two major obstac
Jellyfish germ cell development and the evolution of the animal germ line – JERMLINE
Original ERC Resumé (ERC-StG-2025): Germ cells play a critical role in the protection and fidelity of genome inheritance, and there is a longstanding historical interest in their developmental origins. Traditionally, germ cells were considered to arise from a distinct cell lineage - the germline - d
Perceptual Fluctuations – FLUCTUAT
Do we all see the world the same way? This age-old philosophical question remains largely unanswered. Recent research has made this problem even more complex, showing that perception varies not only from person to person but also from moment to moment—even when looking at the same image. The FLUC
Integrity of protective coatings of irradiated and as-received nuclear fuel cladding under accident conditions – EFFICAC
The safety and reliability of nuclear reactors hinge critically on the performance of nuclear fuel under both normal operation and accident conditions. Traditional fuel cladding materials, while effective under normal conditions, pose significant safety risks during accidents (e.g. Loss-of-Coolant-A
Molecular mechanisms of fission yeast adaptation to bee products – POMBEE
How does standing genetic variations emerge into phenotypic traits is a long-standing question in biology. For obvious practical reasons, our knowledge of the underlying mechanisms is largely derived from studies on a limited number of model organisms, propagated as inbred strains in controlled cond
Chemically-AccuRate Excited States – CARES
CARES is a theoretical chemistry project aiming to provide a large and diverse database of chemically-accurate reference values for excited-state calculations. Building on the experience of the two groups involved in the project, the objectives of CARES are: i) to develop a new selected CI algorithm
Mapping crisis and alert areas from a high-resolution dynamic modelling of people's exposure to hazards – MACRISAL
This exploratory project aims to map crisis and alert areas at the French mainland scale, before hazards occur, to anticipate crisis effect and make crisis management and alert operations more spatially and temporally accurate. This mapping is akin to spatial crisis planning and has never before bee
Regulating punishment to enforce cooperation: from individuals to institutions – ENFORCE
Punishment is a powerful mechanism for enforcing cooperation, yet it is also a double-edged sword. While some accounts emphasize its prosocial consequences, others highlight its potential for harm. Punishment can be used to seek revenge or to gain competitive advantage over others, and it is sometim
Modeling Correlation in the Continuum – MoCoCo
Chemical processes can occur via the discrete part of the electronic spectrum, where one finds the ground and the low-lying excited states, but also via the continuum, in phenomena ranging from electron scattering to photoionization and strong-field processes. Embedded in the continuum, resonances a
