EPFL Basic Sciences
@epflSB
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The official account of EPFL's School of Basic Sciences.
Lausanne, Switzerland
Joined May 2017
Philippe Schwaller wins Novartis Early Career Award in Chemistry #EPFL #chemistry #novartis #NECA
https://t.co/w79zwiJ5yG
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Light tunes electronic properties of a metal oxide https://t.co/GeBZzsE2am
#epfl
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EPFL scientists show that ultrafast laser pulses can reversibly alter electronic correlations in a key insulating material, opening a pathway to new optoelectronic technologies.
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Martin Hairer @math_epfl joins @SimonsFdn collaboration on Quantum Field Theory https://t.co/904gGzJsUP
#epfl
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Hidden quantum patterns: Exploring simulations of exotic matter https://t.co/EFTUkFg3uv
#QuantumPhysics #EPFL #quantum #atoms
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A team at EPFL and the University of Arizona has discovered that making molecules bigger and more flexible can actually extend the life of quantum charge flow, a finding that could help shape the future of quantum technologies and chemical control. https://t.co/SWY2g8jOqR
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A team at EPFL and the University of Arizona has discovered that making molecules bigger and more flexible can actually extend the life of quantum charge flow, a finding that could help shape the...
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💧 🍃 Scientists at EPFL have unraveled the details of the first crucial step in the oxygen evolution reaction, a bottleneck for clean hydrogen production, using advanced simulations and machine learning techniques. https://t.co/ybYjcM2muG
actu.epfl.ch
Scientists at EPFL have unraveled the details of the first crucial step in the oxygen evolution reaction, a bottleneck for clean hydrogen production, using advanced simulations and machine learning...
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➕ 🔡 Our researchers have created a mathematical model that helps explain how breaking language into sequences makes modern AI like chatbots so good at understanding and using words. https://t.co/uXTkPXVFLH
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Researchers at EPFL have created a mathematical model that helps explain how breaking language into sequences makes modern AI like chatbots so good at understanding and using words.
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Big Tech meets Small Science: Berend Smit @SmitBerend, Susana Garcia @sgarclopez, and Xin Jin @EPFL_CHEM_Tweet take a close look at @Meta's #OpenDAC on #MOFs. https://t.co/zPDYM2Z6Ta (Correspondence on @ACSCentSci: https://t.co/kcvIbNQuUB)
pubs.acs.org
This Correspondence provides a brief commentary on a recent ACS Central Science article that identifies metal–organic frameworks for direct air capture and suggests that the recommended structures...
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Sascha Feldmann (@sascha_feldmann) has been include in C&EN's 2025 “Talented 12” @cenmag! https://t.co/1tvxvikb8Y
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Professor Sascha Feldmann at EPFL’s School fo Basic Sciences has been selected as one of Chemical & Engineering News’ (C&EN) “Talented 12” for 2025, highlighting his innovative work in light-matter...
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Don’t burn the wall! Physicists at @EPFL find a new way to protect reactor walls from the extreme heat of #plasma🔥🔥🔥 https://t.co/Qi5uf8uwe8
@APSphysics @SwissPlasma
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Don’t burn the wall! That phrase sums up one of fusion’s most pressing challenges: protecting reactor walls from the extreme heat of plasma. Physicists at EPFL now report a new approach to address...
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🌱 ♻️ Scientists from our institution have developed a scalable method to produce porous graphene membranes that efficiently separate carbon dioxide. The breakthrough could significantly reduce the cost and footprint of carbon capture technology. https://t.co/SjcrD9vPiu
actu.epfl.ch
Scientists at EPFL have developed a scalable method to produce porous graphene membranes that efficiently separate carbon dioxide. The breakthrough could significantly reduce the cost and footprint...
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