Clostridium difficile (CD), recently reclassified as Clostridioides difficile, a Gram-positive spore-forming anaerobic bacterium, has rapidly emerged as the leading cause of antibiotic-associated diar
Large deviation functions (LDFs) have emerged as a central tool to understand models of statistical physics. They constitute a natural framework not only to formulate equilibrium thermodynamics, but a
The control of the residual stress distributions is a key industrial challenge across the scales. Experimental procedures have recently emerged to emphasize the localized effects of these stresses, to
Molecular mechanisms of spirochetal motility: the endoflagellum of Leptospira as a working model – LEPTOMOVE
LEPTOMOVE seeks to decipher the molecular mechanims of motility of spirochetes, which includes major pathogens such as the agents of leptospirosis, syphilis and Lyme disease. Despite its proven critic
Since light is already the backbone of telecommunications worldwide, one of the most urgent breakthroughs that need to be achieved involves the accomplishment of higher speed and data rates using devi
D2KAB implements processes to extract and formalize knowledge – semantically rich, interoperable, open – from agronomy/agriculture and biodiversity/ecology data (data to knowledge). The project also studies scientific methods and tools to exploit and disseminate this knowledge in different scenarios in agriculture or biodiversity.
ExStaCat is an exploratory project to develop a new class of photoswitches based on the cation transfer process between two complexing sites in the excited state (ESCT).