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Boron Nitride and Quantum Light Integrated Detectors and Emitters – BONI_and_QLIDE
Hexagonal boron nitride (hBN) has recently emerged as a very promising two-dimensional material for quantum information applications. It combines high-quality single-photon sources that can be controllably positioned, with the ability to realise integrated photonic circuits, opening the way to effic
Bose-Einstein Condensates: Advanced SIMulation Deterministic and Stochastic Computational Models, HPC Implementation, Simulation of Experiments – BECASIM
The goal of this project is to provide a new state-of-the-art Numerical Methods and High Performance Computing (HPC) software for the numerical simulation of Bose-Einstein condensates (BEC). This is a timely objective, since BEC physics is a very dynamic research field, with applications belonging t
Boundary Layer Late Afternoon and Sunset Turbulence: Analysis of multi-layering – BLLAST_A
The transition from the mixed convective boundary layer to a residual layer overlying a stably-stratified surface layer in late afternoon is still not well understood, and there are no simple scaling laws that fit during this period. Yet this transition to the nocturnal boundary layer plays an impor
Boundary conditions of conceptual spaces – BounCeS
The topographic structure underlying conceptual knowledge representations remains vividly debated. Two major accounts can be distinguished: spatial vs. non-spatial accounts. Attempts to adjudicate between these accounts have been unsuccessful. We hypothesize that boundary conditions during acquisiti
Brain Actin regulation by Microtubule-Associated Proteins: unveiling the Neurocytoskeleton dynamics. – MAPping-BRAIN-ACTIN
The MAPping-BRAIN-ACTIN project aims to reconstitute a pure neurocytoskeleton by integrating brain actin and microtubules to explore their dynamic interplay. While microtubule-associated proteins (MAPs) are primarily known for regulating microtubules, emerging evidence points to their involvement in
Brain clOt persOnalized therapeutic Strategies for sTroke Emergent Reperfusion
Le RHU BOOSTER vise à développer une médecine de précision dans le cadre de l'accident vasculaire cérébral ischémique aigu (AIS) consécutif à une occlusion de gros vaisseau (LVO). Il se compose de 5 modules de travail (WP). Le WP1 est consacré aux nouvelles cibles thérapeutiques et aux biomarqueurs
Brain connectivity underlying cognition without a neocortex – EVONECTOME
Tool use behaviors have evolved not only in primates but also in some birds (e.g. parrots and crows) and even in some teleost fish (e.g. wrasses and cichlids). As birds and teleosts do not have a six-layered neocortex, these similar cognitive functions must have evolved independently in the lineages
Brain energy metabolism flexibility and memory phases dynamics – MetaFlex
A key emerging question in brain studies is how energy metabolism regulation intervenes in higher brain function to shape behavior. It is currently believed that, contrary to the peripheral organs, brain energy metabolism lacks fuel flexibility and under regular conditions must primarily rely on glu
Brain-gut interactions: a functional and computational approach using the zebrafish larva – BrainGut
Emerging evidence underscores the intricate crosstalk between the brain and gut in preserving physiological harmony. Enteroendocrine cells are a specialized gut epithelial cell type that release hormones and neuropeptides upon sensing diverse stimuli within the intestinal lumen In addition, sensing
BrainInSight : a brain-computer interface to decode attention and perception in real time – BrainInSight
At the junction between neuroscience, computer science, and robotics, brain-computer interfaces (BCIs) and neural prosthetics have emerged as a tremendous opportunity to build on core scientific knowledge to alleviate the life of patients with motor disabilities (Lebedev and Nicolelis, 2006; Nicolel
