Recherche

submission deadlines Proposals can be submitted all year, with deadlines in February and September. Next proposal deadline will be on Monday 15 September 2025 (midnight, CET). Submit your proposal via the

Newly discovered multiferroic nano-clusters might help to enable the next generation of processor and memory devices The ferroelectric and magnetic structure of a multiferroic cluster which was mapped ... electric field, which is called magnetoelectric (ME) coupling. This ability could be used for the next generation of processor and memory ...

d into PF1B. It is used for research since August 2020 and will be available for proposals in the next reactor cycles. Re : A project of advanced solid-state neutron polarizer for PF1B instrument at Institut

success, the trend is now approaching fundamental limits. Promising alternative technologies for next generation devices exploit not only the charge of the electron – as used in conventional microelectronics

slower random walk. Here you need to take 4 x 4 = 16 random steps to move a distance of two steps. Next, imagine hundreds of rope teams all mingled up so densely that you only have room to move up or down

have single-layered membranes while others can survive in extreme environments with bilayers. “One of next steps is to add monolayer type of lipids to the model,” says Dr Salvador-Castell, whose PhD formed

HIV-1 protease in cartoon representation with bound clinical drug darunavir. Credit Jill Hemman and Andrey Kovalevsky (Oak Ridge National Laboratory) 08.05.2016 HIV-1 protease is an enzyme which is es

monomeric state: (B1) monomers embroider the membrane and (B2) peptide oligomerization takes place next to membrane surface (Membrane digging); (C) membrane interacts with the N-terminal Aβ1-6 sequence

pattern over the whole 80° angular range. This evolution is plotted as a three-dimensional plot in the next figure, It is clear that there is magnetic phase transition at 162 and 141K. Above 161K, an antif

a close collaboration between solid states physicists and chemists to conceive and understand the next generation of strongly correlated electron materials. Instrument: D20 - High-intensity two-axis d