REMIND EFRC
@remind_efrc
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Energy Frontier Research Center exploring novel materials, devices, and systems for low-energy neuromorphic applications.
College Station, TX
Joined November 2022
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
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This work was a collaboration between @NREL researchers @masmeaton & @kljungj (electron microscopy), and @ajferguson78 (carrier transport), and @ShrutiHariyani & @SarbajitBanerj1 (photoelectron spectroscopy) from @TAMU @TEESresearch.
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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:
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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
nature.com
Nature - A method using semi-stable edge of chaos in LaCoO3 enables continuous signal amplification in metallic conductors without separate amplifiers, potentially revolutionizing electronic chip...
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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!.
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We are out in full force at the second poster session of the @ENERGY @doescience PI meeting- @TAMUEngineering @TAMUChemistry @NREL @SandiaLabs @advlightsource @LanceMWheeler @ajferguson78 @SarbajitBanerj1
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We are out in full force at the first poster session at the @energy @doescience PI meeting. @TAMUEngineering @TEESresearch @NREL @SandiaLabs @advlightsource @becs_granola @SaulPerezB @SarbajitBanerj1
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Tim Brown representing @remind_efrc at the @ENERGY @doescience PI meeting! His lightning talk was fire! @TAMUEngineering @TEESresearch @SandiaLabs
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This was awesome--thanks so much Byoung Ki and Jialu.
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
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RT @SarbajitBanerj1: Guan-Wen @gwliu94 leads this work on Nanocomposite Dielectric Films with Interphasic Response from Functionalized HfO2….
pubs.acs.org
With the advent of the Internet-of-Things, flexible thin film electronics stand poised for explosive growth that will far surpass even the current boom of applications in displays, sensing, and...
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RT @SarbajitBanerj1: Please remember to vote for Kim Dunbar's @KimDunb09957310 poetry - and Justin @SolidStateOMind and Shruti @ShrutiHariy….
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RT @NICE_Workshop: 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 worksh….
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For all those in Aggieland-check out the First Year Program Lecture - @TAMUChemistry @tamuartsci @SarbajitBanerj1 #neuromorphic
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Huge congrats to Darensbourg & @KimDunb09957310 groups @TAMUChemistry on this excellent publication in @ChemicalScience Magnetic coupling between Fe(NO) ligands through diamagnetic tetrathiolate bridges - -many thanks to @doescience @ENERGY for support.
pubs.rsc.org
Reaction of the nitrosylated-iron metallodithiolate ligand, paramagnetic (NO)Fe(N2S2), with [M(CH3CN)n][BF4]2 salts (M = NiII, PdII, and PtII; n = 4 or 6) affords di-radical tri-metallic complexes in...
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reMIND is firing on all cylinders- check out T1's latest: Spontaneous Symmetry‐Breaking of Nonequilibrium Steady–States by Nonlinear Electrical Transport @MatSci_Guy & Stan Williams @TEESresearch @TAMUEngineering w/@SandiaLabs -huge thanks to @doescience.
advanced.onlinelibrary.wiley.com
Driven by nonequilibrium thermodynamics, the spontaneous localization of current density and temperature from previously homogeneous distributions creates nonlinear electrical responses due to...
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Lone pairs "inaction" or "in action"-check out this work from T2-hot off the presses in @ChemMater featuring @SarbajitBanerj1 & Balbuena groups @TAMUEngineering @TAMUChemistry @TEESresearch w/@NIST -featuring @enalasie @WasZahP @SaulPerezB @SolidStateOMind-thanks to @doescience.
Just published! @enalasie and @WasZahP lead this work in @ChemMater w/Balbuena group @TAMUEngineering & @NIST Toggling Stereochemical Activity through Interstitial Positioning of Cations between 2D V2O5 Layers #vanadium #neuromorphic @remind_efrc (1/2).
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Whoop! We loved being part of this. thanks much to our presenters Manuel Quiroz, John Ponis, and Fatima Jardali.
Exciting and truly invigorating day at the @tamusystem semiconductor workshop - lots of representation from @remind_efrc @TAMUArtSci @TAMUEngineering
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Check out reMIND's entry to the @ENERGY Poetry of Science Competition - the poem is penned by our very own Kim Dunbar and the artwork is from @SolidStateOMind @ShrutiHariyani - cas your votes at:.
New Brain.mysterious.exquisite organ.firing on all synapses.fueling our life force.inner workings.all is science.imagination fires.like the brain.molecules and materials.signals and charges.through exquisite structures.exciting future.nature meets chemistry.Neuromorphic science
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