
Laboratory for Energy Storage and Conversion
@LESC_Public
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Joined May 2019
RT @YingShirleyMeng: It was a privilege for me to be on the panel moderated by @MichaelEWebber ! We talked about Nuclear, Geothermal, Batte….
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RT @energystoragera: 🔍 Seeing inside solid-state batteries—without taking them apart. A new ESRA study highlights how X-ray micro-computed….
pubs.acs.org
Characterizing the microstructure of all-solid-state batteries (ASSBs) during fabrication and operation is vital for their advancement, particularly as scaling to pouch cell levels introduces...
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Congrats, Dr. Jing Wang and Dr. Haozhe Zhang!!.
A major milestone for my time at @UChicagoPME! First two PhDs. Dr. Jing Wang and Dr. Haozhe Zhang from @LESC_Public, receiving their degrees today.
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🔋We are excited to announce our latest research on redox-active solid-state electrolytes, in collaboration with Kent J. Griffith’s group, published in the Journal of the American Chemical Society (! . #batteries #electrolyte.
pubs.acs.org
Solid-state electrolytes enable next-generation batteries that can theoretically deliver higher energy densities while improving device safety. However, when fabricating cathodes for all-solid-state...
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RT @YingShirleyMeng: 工欲善其事,必先利其器."If one wants to accomplish a difficult task, she/he must sharpen the tools first.".FIB-SEM: Emerging Mult….
pubs.acs.org
The advancement of battery technology necessitates a profound understanding of the physical, chemical, and electrochemical processes at various scales. Focused Ion Beam-Scanning Electron Microscopy...
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RT @J_A_C_S: Electrodepositing Textured Sn Film as a Highly Reversible Anode for Aqueous Batteries | Journal of the American Chemical Socie….
pubs.acs.org
Electrodepositing metal materials in large capacity, at low potential, and with high reversibility serves as the foundation for any aqueous rechargeable battery chemistry to realize the promises of...
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RT @YingShirleyMeng: Despite all the efforts to champion for sodium batteries over the decade at @LESC_Public, we face hesitations in this….
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RT @UChiClimate: This month, our Energy Technologies Initiative Founding Faculty Director @YingShirleyMeng of @UChicagoPME, a global leader….
climate.uchicago.edu
Video High energy long life rechargeable battery is considered as the key enabling technology for deep de-carbonization. Energy storage in the electrochemical form is attractive because of its high...
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RT @YingShirleyMeng: Thank you @J_A_C_S for hosting and highlighting our work - we are grateful how the review process has helped us improv….
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RT @UChicagoPME: Congratulations to #UChicagoPME professor and @argonne scientist @YingShirleyMeng for receiving the Shep Wolsky Battery In….
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RT @GreyGroupCam: Happy 60th birthday to Clare🎉🎊🥳 we wish you best of health and all the success of this world !!!
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RT @YingShirleyMeng: @GreyGroupCam Best wishes from USA!! @LESC_Public we wish Dame Clare a wonderful birthday celebration 🥳🎈💐 May all her….
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We are excited to share Prof. @YingShirleyMeng's recent insights on the future of energy storage and grid design! Please check the article below published in the Knowable Magazine 🔍🔍. #Batteries #Sustainability.
knowablemagazine.org
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RT @UChicagoPME: Congratulations to Prof. Y. Shirley Meng (@YingShirleyMeng) who has been named the Liew Family Professor in Molecular Engi….
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RT @YingShirleyMeng: We @LESC_Public wish everyone HAPPY HOLIDAYS! .2024 has been a great year for us. We have graduated EIGHT PhDs! .Drs.….
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RT @CellPressNews: Energy storage expert Y. Shirley Meng was selected as one of our #50ScientistsThatInspire for her leadership in shaping….
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RT @UChicagoPME: Wonderful to see @UChicagoPME's @YingShirleyMeng and PhD student @t0m_March3s3 on the front page of the @chicagotribune!.
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