We seek to establish foundational scientific knowledge underpinning the function of reconfigurable computing architectures that approach fundamental limits of energy efficiency and speed, enabling real-time learning and embedded intelligence emulative of the human brain
@LanceMWheeler, a PI in the @doescience reMIND EFRC, figured out how to insert tin into vanadium oxide with a low temperature solution chemistry to tune the optical and electronic properties without disrupting the crystal structure. Check it out here: https://t.co/f2YGGuNWb6
We're extremely proud of this work, where reMIND EFRC participants demonstrated signal amplification on a metallic transmission line, by placing an underlying LaCoO3 layer into a semi-stable state associated with spin crossover. Thanks @doescience for the funding and highlight!
Our brains transmit data in very efficient ways. In contrast, computer chips need to boost signals as they move data. Scientists @TAMU, @SandiaLabs & @Stanford found a material that acts like our brains' axons. It could help improve computers' efficiency: https://t.co/UUfOELfI5G
@SarbajitBanerj1, your reMIND colleagues will be sad to see you go from @TAMU but this is a great opportunity for you and we celebrate the possibilities this new adventures brings! We're sure you'll continue to do amazing things and we look forward to continued collaboration!
Welcome @ETH_DCHAB : Sarbajit Banerjee @SarbajitBanerj1 , currently Professor at Texas A&M University in College Station, USA, is appointed as Full Professor of Battery Materials in the Department of Chemistry and Applied Biosciences!
https://t.co/4xtfmHYLf5
Amplification without an amplifier? reMIND researchers at @SandiaLabs, @TEESresearch, and @Stanford demonstrate electrical access of spin crossover-mediated semi-stability in LaCoO3, enabling signal amplification on a neighboring metallic line. @doescience https://t.co/WXDRNXkSu1
Fantastic recognition of reMIND @doescience EFRC Associate Director @SarbajitBanerj1’s outstanding mentorship of graduate students. The next generation of chemists and materials scientists are in great hands!
Two amazing @remind_efrc talks from Byoung Ki Choi and Jialu Li from Eli Rotenberg and Jinghua Guo groups @advlightsource @LBNLresearch - excited to push forward with more X-rays
Guan-Wen @gwliu94 leads this work on Nanocomposite Dielectric Films with Interphasic Response from Functionalized HfO2 Nanocrystals in ACS Applied Engineering Materials https://t.co/sbjQL88JhQ @TAMUChemistry@TAMUArtSci - many thanks to @WelchFoundation
for support
The 2024 NICE Conference is going to be in La Jolla CA hosted by UC San Diego on April 23-25 followed by a day of workshops!
Stay tuned for the call for papers in a few weeks!
https://t.co/slusw6yuuv
Huge congrats to Darensbourg & @KimDunb09957310 groups @TAMUChemistry on this excellent publication in @ChemicalScience Magnetic coupling between Fe(NO) ligands through diamagnetic tetrathiolate bridges - https://t.co/JhcHPqf7qx -many thanks to @doescience@ENERGY for support
reMIND is firing on all cylinders- check out T1's latest: Spontaneous Symmetry‐Breaking of Nonequilibrium Steady–States by Nonlinear Electrical Transport https://t.co/5jQzBtq5YS @MatSci_Guy & Stan Williams @TEESresearch@TAMUEngineering w/@SandiaLabs -huge thanks to @doescience