
Sargent Group UofT
@sargent_group
Advancing the physics and chemistry of optoelectronic materials and devices, and applying this knowledge to solve real-world problems in sustainable energy π¨π¦Β π
ID: 968509662277652480
https://www.light.utoronto.ca/ 27-02-2018 15:34:32
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3,3K Followers
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Writing in Nature Chemistry, Kevin Plaxco (UCSB) and Kevin Cash (Colorado School of Mines) highlight the latest paper by Jagotamoy @KelleyLabUofT in a News and Views titled, βBiosensors: Signal transduction with a swing.β nature.com/articles/s4155β¦

Erick and colleagues publish in Science Magazine βCO2 electrolysis to multicarbon products in strong acidβ bit.ly/3yZIpxM University of Toronto Engineering U of T Research University of Toronto





(1/2) In the first 2 years of my PhD, Iβve used the synchrotron at least once every 3 months for our research β¦Sargent Group UofTβ©. COVID happened and this wasnβt possible anymore, but with the AMAZING dedication of β¦CanadianLightSourceβ© and β¦Advanced Photon Sourceβ©..



Congrats @XueWang82144134 Pengfei Ou et al. for today's Nature Energy "Efficient electrosynthesis of n-propanol from CO" ... 36% faradaic efficiency to n-propanol! A valuable e-fuel and on the route to propylene, and much in need of decarbonization go.nature.com/3HKKaTt


Congrats Joshua Wicks & colleagues for today's Nature Energy "Gas diffusion electrodes, reactor designs and key metrics of low-temperature CO2 electrolysers" Stanford Engineering Lawrence Livermore National Laboratory Collège de France Université PSL University of Toronto @global_uoft SLAC TotalEnergies go.nature.com/3oVGB5s

Bin from Sargent Group UofT talks about how to do 2D perovskite surface passivation in pin devices without blocking the electrons at n-side π€ some papers to check ππ» nature.com/articles/s4156β¦ ππ» science.org/doi/10.1126/scβ¦


ACS Cent. Sci. online: High-Throughput #Evaluation of #Emission and Structure in Reduced-#Dimensional #Perovskites ACS Central Science Sargent Group UofT Top Science @CHNSci #Chemistry #Science #Catalysis #technology pubs.acs.org/doi/10.1021/acβ¦

If it wasnβt for this work, Iβd have been still staring at our chemical cabinet searching for that magical recipe of the next catalyst! With @ChoubisaHitarth Alan Aspuru-Guzik @tedsargentTO we put Fujitsu Global quantum-inspired computing solution into a real-world test! U of T Materials Eng


Check out a blog post about the use of perovskites in range imaging: bit.ly/3zqrN3w Nature Electronics nature.com/articles/s4192β¦

Excited to share our new piece in Matter_CP. We show that #quantum-inspired optimization can accelerate the search for #catalysts by 50 times. Improved accuracy, too! Collaborating with Fujitsu Global and @ChoubisaHitarth was a great experience. Sargent Group UofT U of T Materials Eng

Congratulations @ChoubisaHitarth Jehad Hefny and partners Fujitsu Global Alan Aspuru-Guzik on catalyst discovery accelerated using quantum-inspired #DigitalAnnealer! Fujitsu Research @global_uoft #catalyst #GreenHydrogen #highperformancecomputing - thank you Matter_CP Steve Cranford

Ted Sargent (Ted Sargent) & Alan Aspuru-Guzik (Alan Aspuru-Guzik) show #quantum-inspired optimizations can accelerate the discovery of new #catalysts for OER! First authors @ChoubisaHitarth & Jehad Hefny Sargent Group UofT University of Toronto Engineering Read more: bit.ly/3JR2dve



