STEM
The STEM platform in LPS hosts two cutting-edge scanning transmission electron microscopes (STEM), USTEM200 and CHROMATEM, providing support to a wide range of research fields in materials science, condensed matter …
The STEM platform in LPS hosts two cutting-edge scanning transmission electron microscopes (STEM), USTEM200 and CHROMATEM, providing support to a wide range of research fields in materials science, condensed matter …
MORPHology and structure of nanomatErials stUdied by X-ray Scattering This platform of X-ray scattering experiments within the MATRIX team is well-adapted to the study of nanostructured materials (nanoparticles, nanoobjects, nano- …
Cryo electron microscopy for soft matter physics and interface physics-biology Cryo electron microscopy (cryo-EM) let us visualize biological and soft matter objects at (sub) nanometer scale while preserving their hydrated …
PRESENTATION OF THE PLATFORM The physical measurement platform was born out of the need expressed by several laboratories at the university (LPS, ICMMO, IEF) for a versatile system to measure …
The LPS micro and nanotechnologies facility (platform) located at the basement of the SOUTH wing offers a large set of fabrication and characterization technologies. More than 250 m² are dedicated …
SoMaC & CoMic is a platform that offers services and equipments dedicated to the characterization of soft matter and complex physical-biological interfaces. The devices and techniques are varied: rheology (Anton …
📰 🔔Comprendre comment les matériaux absorbent la lumière à l'échelle du nanomètre est essentiel pour les applications en photonique ou en optique quantique. Collaboration entre @LPS_Orsay, les équipes espagnole et brésilienne
De la mousse au chocolat à la mousse à raser en passant par les mousses isolantes, les mousses sont omniprésentes dans les objets du quotidien➡️
Ces travaux ont été menés par une équipe internationale impliquant :
🔬@LPS_Orsay 🤝@CNRS @UnivParisSaclay 📍 @CNRSIdFSud
🔬@I2BCParisSaclay🤝 @CEAParisSaclay @CNRS @UnivParisSaclay 📍 @CNRSIdFSud 🤝 @INSB_CNRS
☀️@synchroSOLEIL 🤝 @CNRS
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https://www.inp.cnrs.fr/fr/cnrsinfo/alteration-des-proprietes-elastiques-de-la-capside-du-virus-de-lhepatite-b-par-des
#RésultatScientifique🔍Des scientifiques du @CNRS et de @TotalEnergies ont réussi une prouesse : simuler la cristallisation d’un matériau polymère industriel constitué de très longues chaînes ramifiées. ➡️ @INP_CNRS @INC_CNRS