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High dimensional statistical signal processing – DIONISOS
the performance of large CDMA and MIMO systems. Except some pionneering works of Girko, the use of large
High performance metal nitrides for super capacitors and Li-ion batteries – Advanced NiBaCa
class of materials has been little investigated (except a few papers and those recently published by one
High-Field Electron Paramagnetic Resonance Spectroscopy of Whole Organisms – SeediEPR
The use of high-field electron paramagnetic resonance to identify and quantify in situ the Mn(II) species in intact organisms
High-resolution topography upscaling for overland flows – Top-up
Urban floods produced by exceptional precipitations may cause large damages both in terms of life losses
Higher Education Partnership - Chad – PEA-Tchad
of the French and Chadian teachers (with the exception of the English teacher) are all PhDs. The doctorate
Higher Education Partnership - Chad – PEA-Tchad
of the French and Chadian teachers (with the exception of the English teacher) are all PhDs. The doctorate
Host factors in hepatitis B virus cccDNA formation as novel antiviral targets and biomarkers - identification, preclinical evaluation and impact for liver disease. – hepBccc
genome present in infectious virions is not known, except that the multiple conversion steps required must
How Domain-general Functions Contribute to the Development of Numerical Competencies – DFCDNC
inhibition factor or correlated with each other, except for a small positive correlation observed between
How does Cell-to-Cell Communication regulate Fruit Growth ? – 3C-FruitGrowth
Cell division is a major process in plant growth and helps define the number of cells in a developing organ, thus influencing its final size. The mechanism that temporally and spatially controls cell division during growth is still unknown, but probably involves cell-to-cell communication, which is mediated by wall- and membrane-spanning channels called plasmodesmata (PDs), providing signal mobility.
How the balance of excitation and inhibition shapes orientation selectivity and center-surround interactions in superficial layers in area V1: a combined experimental and modeling project – BalaV1
The activity of neurons in the primary visual cortex (V1) displays a very high level of synaptic «noise«. But is it really «noise«? Theoretical studies indicated that the «noise« is the result of the strong interactions - excitatory and inhibitory – taking place between neurons. These interactions must be balanced (so-called «balanced« state) for maintaining the activity level in a reasonable range. Our aim is to study the role of this emerging noise in the genesis of the responses in area V1.
