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polariton accelerator” will exploit exciton–polaritons to implement artificial neural networks directly in hardware rather than in software. Exciton–polaritons are hybrid quasiparticles composed of light
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solution NMR spectroscopy and how their conformational energy landscape is modulated by tRNA binding and small molecule inhibitors. - Expression and purification of proteins for structural and biophysical
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porous media (imbibition, wetting, flow, etc.). The approach will be essentially experimental, combining model debinding tests on various specimens with characterizations. • Determine the main mechanisms
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on the adiabatic electronic states separately. - simulation of the quantum dynamics induced by a coherent superposition of the two states - study of the influence of small substituents on potential electronic
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for high-precision, dynamic biomechanical testing. This includes:* improving actuation control (speed and smoothness of motion),* ensuring synchronization with imaging systems (e.g., micro-CT, OCT
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(Matériaux et Phénomènes Quantiques), Université Paris-Cité/CNRS. The researcher will work at CRPP (CNRS-Univ Bordeaux, www.crpp.cnrs.fr ) and could travel to MPQ for short visits. The META team has been
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-class researchers from various fields, including neurophysiology, computational neuroscience, auditory cognition, genetics and genomics, cell biology and gene therapy. Most teams associate fundamental
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(affecting animals, humans, and plants) · General knowledge of urban ecology · Experience with data analysis, particularly using R software · Scientific rigor · Strong organizational
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the impacts of these symbionts on tick population genetics. First, she/he will test whether maternally inherited symbionts influence mitochondrial diversity in ticks through indirect selective sweeps
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representative PCB packaging assembly, during accelerating tests under combined voltage stress conditions (E, f, waveform, polarity…) in order to identify the underlying electrical degradation mechanisms. Finally