JCESR

The Joint Center for Energy Storage Research (JCESR) brings together government, academia and industry to create breakthrough energy storage technology.

[JCESR @JCESRHub]

JCESR concluded its operations in June 2023 after more than a decade of research and development. For the latest energy storage news, please visit https://t.co/jemLZJCz5X.

[Argonne National Lab @argonne]

We are thrilled to announce the launch of the George Crabtree Institute for Discovery and Sustainability, a joint collaboration with @thisisUIC / University of Illinois Chicago - https://t.co/XH0jN1cloM

[JCESR @JCESRHub]

Today marked the launch of George Crabtree Institute for Discovery and Sustainability, a new science, innovation and education partnership between Argonne National Laboratory and University of Illinois Chicago. https://t.co/KWJbcB1Uw8

[Rajeev Assary @rsassary]

@CabanaChemistry @argonne @thisisUIC Also huge congratulations to Jordi , the inaugural co-director of George Crabtree Institute of Discovery and Sustainability! @CabanaChemistry @JCESRHub

[DOE Office of Science @doescience]

#BestOf2023: The Joint Center for Energy Storage Research (run with @argonne) completed 10 years of ground-breaking research on beyond lithium-ion batteries! It has generated 1,000+ journal papers, nearly 100 inventions, 34 patents, & 3 startups: https://t.co/2nyu3mQfiI

[Research Group of J. Cabana @CabanaChemistry]

Legacy is a big word, but @JCESRHub planted many seeds. Case in point: refreshing the quantification and theories of carrier transport. Example: this new paper @PCCP led by @Amystery91, extracting more juice out of “simple” electrical measurements

https://t.co/jrkcyGYwWa

[Helms Research Group @GroupHelms]

Just out in @J_A_C_S! Collab led by @Toste_Group, featuring Wenhao's remarkable low potential indolo[2,3-b]quinoxaline anolytes for nonaqueous redox-flow batteries. @UCB_Chemistry @UCBerkeley @BerkeleyLab @JCESRHub @MichiganChem https://t.co/f2XZjgTx20

[Research Group of J. Cabana @CabanaChemistry]

Hat tip to our @JCESRHub collaborators in the LeBeau group @MIT for pushing a new publication @ChemMater tracking the path of cations in spinel oxides, and how they lead to irreversible transitions.
https://t.co/eiRcZ1o1h8

[American Institute of Chemical Engineers (AIChE) @ChEnected]

Tomorrow, Friday, October 13th is the last day to register at the early bird rate for the Battery and Energy Storage Conference. Join us to become part of the most cutting-edge program in energy technology. Register today: https://t.co/xInLCphNgJ

[UChicago Pritzker Molecular Engineering @UChicagoPME]

Watch @uchicago professor @yingshirleymeng in episode 1 of "Empowered: Energy Heroes" on @worldchannel and @WTTW today at 1pm CT. Meng discusses the importance of #lithiumbatteries and credits the scientists who invented the technology as #energy heroes.
📲https://t.co/ZHf2tE6zEg

[Form Energy @FormEnergyInc]

A new study in @NatureEnergyJnl shares energy storage modeling methods for improving future electricity system planning. @burgersb, Analytics Director at Form Energy, was a co-author, alongside experts from @argonne, @EPRINews, @NREL & more.

Learn more: https://t.co/ywcksfOPvq

[Rodríguez-López Electrochemistry Lab at Illinois @JRlLab]

A new prospect for electrochemically aided polymer deconstruction - Amazing creative work by Yuting @YT_12160 and @Mechanophore that we were lucky to contribute to, enabled by teamwork @JCESRHub @BeckmanInst and @ChemistryUIUC

[Q-NEXT @qnextquantum]

Seeking 👀 a career in #quantum? Register for the free, virtual @doescience QIS Career Fair - Sept. 13. There’s something for everyone: workshops, discussion panels, and networking opportunities. Learn more:
https://t.co/vI85jBerua
#IBelongInQuantum #QuantumQuintet #careerfair

[The Journal of Physical Chemistry @JPhysChem]

A quantum chemistry-assisted machine learning approach was employed to accurately predict adiabatic ionization potentials of organic molecules. This approach holds tremendous potential in fields such as battery electrolytes @naveendandu @argonne @JCESRHub
https://t.co/uq8nuFJL0B

[Rajeev Assary @rsassary]

Our new publication on Molecular Discovery- @JCESRHub @argonne In silico discovery of a new class of anolyte redoxmers for non-aqueous redox flow batteries - now published in Digital Discovery https://t.co/IXYfKaHXfc

[ALCF @argonne_lcf]

Join us on August 2, 2023, to learn how @argonne's Aurora exascale supercomputer and the upgraded @advancedphoton will transform science. You'll meet researchers who will use the cutting-edge tools to explore everything from the cosmos to the human brain.

https://t.co/x08EAINkk7

[UChicago Pritzker Molecular Engineering @UChicagoPME]

Congratulations to @YingShirleyMeng for receiving the 2023 Battery Division Research Award from @ECSorg in partnership with @argonne and @ENERGY. The award highlights innovative #research on interfacial science, leading to improved #battery technologies.

[Q-NEXT @qnextquantum]

It's summer blockbuster season. Before you buy tickets for the next comic book movie, binge all of the ways that @argonne celebrated #quantum science with the spring release of Marvel’s "Antman and the Wasp: Quantumania."

https://t.co/idZvT2zoVt

[JCESR @JCESRHub]

Congrats to our very own Venkat Srinivasan on being named to the board of @FaradayInst!
#energy #batteries #energystorage

[Faraday Institution @FaradayInst]

...and Venkat Srinivasan is Director of the Argonne Collaborative Center for Energy Storage Science (ACCESS) & Senior Scientist @argonne

Read more about the @FaradayInst new board members https://t.co/pk11H3FqgW

[JCESR @JCESRHub]

John B. Goodenough, 100, Dies; Nobel-Winning Creator of the Lithium-Ion Battery https://t.co/W43I9Ps9yQ

[JCESR @JCESRHub]

In this 2016 photo, George Crabtree (left) and Venkat Srinivasan (center) @JCESRHub chat with 2019 Nobel laureate John Goodenough @Argonne during a meeting of JCESR’s Energy Storage Advisory Committee. Our thoughts are with Goodenough's family, friends, and colleagues. #battchat