Quansan Yang
@QuansanYang
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Assistant professor at UW MSE. The Yang Lab - https://t.co/wJ6FA3Edt8.
Seattle
Joined March 2015
π Congratulations to our Director, @ProfJohnARogers, on the incredible honor of having the John Rogers/Yonggang Huang Medal named after him! This prestigious award at @TAMU, recognizes outstanding collaborative research, celebrating innovation and impact in bioelectronic
mccormick.northwestern.edu
The annual award, commemorating the prolific collaboration between Rogers and Huang, will recognize outstanding research by fellows at the Hagler Institute for Advanced Study and Texas A&M students.
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It's my great honor to be listed in the #ForbesUnder30 science category. Our eco/bioresorbable microchips, along with sustainable and scalable manufacturing pathways, can open up endless possibilities in medicine, robots, and environments. https://t.co/TyEG6eSrG6
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Thrilled to share our new work published in @NatureComms! We developed a sustainable laser-based manufacturing pathway to achieve multi-layered advanced eco/bioresorbable electronic systems, without needing the complicated photolithography process! https://t.co/u8WF6PIKdc
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πππ ππππ ππππ β‘οΈ @NorthwesternU Board of Trustees approves initial schematic design for dynamic new Ryan Field. π https://t.co/GRoZtBVFOP
#GoCats | @NUFBFamily
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Our latest issue features in-sensor optoelectronic computing, LiDAR with perovskites, and microelectromechanical systems that dissolve after use https://t.co/3O4OBSEIa5
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Seeing pictures of the GABA receptor, otoferlin, and calmodulin -- taken on an ordinary light microscope using ONE (one nanometer expansion microscopy) -- was thrilling.
The revolution will not be vitrified! Move over #cryoEM & #cryoET, welcome #ONE_Microscopy π https://t.co/dxkkqBk1bI Amazing work from @AliHShaib and the Rizzoli lab, building on concepts from @eboyden3 and @HenriquesLab. With a #GABAA receptor teaser from @danielmihaylov7 π
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π’Prof. John A. Rogers from Northwestern University will give a Soft Science Webinar this Friday morning at 8 AMοΌNew York). Welcome to attendοΌ
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Please have a look at our new paper! Our results stand on the shoulders of several achievements in our group in the past few years and we are lucky to be the first to demonstrate eco/bioresorbable MEMS!!! https://t.co/USniW9yCcH
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Please have a look at our new paper!!!
An implantable device designed to βcoolβ nerves can provide targeted, on-demand pain relief, according to new Science research in rats, which could become "a game changer for long-term pain management." π: https://t.co/iKW2z08E0t
#SciencePerspective: https://t.co/Qf74cbyC57
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Congratulations to Professor John Rogers! He received the 2022 Washington Award from the Western Society of Engineers and the Washington Award Commission for his pioneering work in developing technologies that promote the well-being of humanity. https://t.co/uYpRRdT7BE
@NU_QSIB
mccormick.northwestern.edu
The award, conferred annually upon an engineer whose professional attainments have pre-eminently promoted the happiness, comfort, and well-being of humanity, has gone to elite winners such as Herbert...
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We are going to have John Rogers @NorthwesternU on the Soft Robotics podcast on discussing bio-electronics and designing miniaturized soft sensors inspired by nature. If you have any questions: https://t.co/5eGmkufRxY
#softrobots
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IL Gov Pritzker names @NorthwesternEng Prof John Rogers as a 2021 recipient of the Order of Lincoln, the state's highest honor for professional achievement and public service https://t.co/fcIUlA5Gyg
@NorthwesternU @NU_QSIB @GovPritzker
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Using an array of tiny, vibrating, programmable components called actuators, Northwestern Engineering's John Rogers has devised a way to mimic the sensation of human touch with an epidermal #VR device. @NU_QSIB
#VR technology may soon include touch, thanks to research by @NorthwesternEng. #HighEd
https://t.co/hD7L90PP4I
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My great honor to work with so many brilliant brains on this project!!! @NU_QSIB
Photocurable bioresorbable adhesives as functional interfaces between flexible bioelectronic devices and soft biological tissues https://t.co/uRcT3rpHxE
@CBIE_NU @gwbiomed @CLP_Institute @NorthwesternU
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