Assistant Professor, University of Oklahoma | Postdoc, U. of Michigan | Electrochemist | Battery scientist | PhD, IIT Bombay
Norman, Oklahoma, USA
Joined June 2011
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Want batteries to fast charge (6C) at low temps (−10°C)? Read our latest work, "Enabling 6C Fast-Charging of Li-ion Batteries at Sub-Zero Temperatures via Interface Engineering and 3-D Architectures," just out in Joule. shorturl.at/fz7iq
@dasgroupta
Congratulations @ECS_UMich student chapter. Glad to be a member of this wonderful community of electrochemists at UMich.
Congrats to @ECS_UMich on being named an @ECSorg Chapter of Excellence! Great job team!
Manoj Jangid, PhD retweeted
Congrats to @ECS_UMich on being named an @ECSorg Chapter of Excellence! Great job team!
The ECS University of Michigan Student Chapter was recently recognized as a 2024 Chapter of Excellence by the Electrochemical Society. Congratulations to the chapter and the Mechanical Engineering students involved on this amazing accomplishment!
#umich #umichengin #award
Read our work on #ALDep amorphous coatings on cathode particles for improved and stable high-voltage (up to 4.7V) cycling of solid-state battery cathodes in @NatureComms.
Thanks to @doescience & @MUSICEFRC.
New paper “Eliminating chemo-mechanical degradation of lithium solid-state battery cathodes during >4.5 V cycling using amorphous Nb2O5 coatings” in @NatureComms. #ALDep coatings enable stable 4.7V cycling of NMC cathodes! @doescience funded @MUSICEFRC
nature.com/articles/s41467-0…
Manoj Jangid, PhD retweeted
Join us! We have postdoc positions open in the areas of battery materials and manufacturing, with topics spanning solid-state batteries, sodium batteries, and battery recycling. Interested candidates please send Prof. Dasgupta an email with your CV and cover letter.
New paper alert! Mechanistic investigation of interplay between stack pressure and the transport/kinetics (at electrode and particle levels) of solid-state cathodes. Amazing collaboration with @Kaustubh_Naik_ @ParthaPMukherj1 @dasgroupta.
Thanks @doescience @MUSICEFRC
Hot off the press from Adv. Energy Materials: mechanistic insights into the role of external pressure on transport/reaction interactions in solid-state cathode-work by @Kaustubh_Naik_ & @manojcct - great collab w/@dasgroupta group - funded by MUSIC EFRC @doescience @etslpurdue
ALT https://onlinelibrary.wiley.com/doi/epdf/10.1002/aenm.202403360
I am honored to receive the University of Michigan's 'Outstanding Postdoctoral Fellow Award' for 2024! 🎉 Huge thanks to my supervisor Neil @dasgroupta, lab colleagues, collaborators, @musicefrc, @doescience and the UMich research community.
Congrats to our group member Dr. Manoj Jangid @manojcct on winning the Outstanding Postdoctoral Fellow Award! Manoj was 1 of only 3 recipients of this University-level award @UMich. Manoj is also the Early-Career representative for our MUSIC @doescience EFRC.
If you an @ECSorg member please consider voting for Neil @dasgroupta
I am running for Treasurer of the @ECS Battery Division! If elected, I will work to promote equitable and fair practices, and in particular, I look forward to the opportunity to support early-career scientists. Members please remember to vote before the September 30th deadline!
Huge Congratulations Neil (@dasgroupta) on being one of the finalists.
@ACSEnergyLett is pleased to announce the winners and finalists of 2024 Energy Lectureship awards in Early-Career and Mid-Career categories. @venkvis @dasgroupta @The_McLab
Read brief bio and accomplishments at pubs.acs.org/doi/10.1021/acs…
Manoj Jangid, PhD retweeted
@ACSEnergyLett is pleased to announce the winners and finalists of 2024 Energy Lectureship awards in Early-Career and Mid-Career categories. @venkvis @dasgroupta @The_McLab
Read brief bio and accomplishments at pubs.acs.org/doi/10.1021/acs…
Celebrating 10-year anniversary of @dasgroupta group.
Huge congratulations, Neil.
Manoj Jangid, PhD retweeted
If you are at the @IEEEPVSC conference, our Ph.D. student Clare is giving a talk entitled "Process-Structure Relationships in Laminated Perovskite Solar Cells" Wednesday at 10:30 AM in Area 6. Hope to see you there!
Great discussions on fundamentals of #Solid_State_Batteries during the annual meeting of #MUSIC #EFRC at #UT_Austin.
tinyurl.com/5t439yzf
Having amazing discussions on electro-chemo-mechanics for our @doescience MUSIC EFRC meeting @UTAustin! Feat. @Club_Sakamoto @KelseyHatzell @ParthaPMukherj1 @YetMingChiang @Cole_D_Fincher @manojcct @bairav_s @Kaustubh_Naik_ and many more! Special thanks to Don Siegel for hosting
New paper alert from our group @dasgroupta!
Dry room manufacturing of thin bilayer solid electrolyte films by slurry-cum-lamination method.
#SolidStateBatteries.
New paper “Thin Free-Standing Sulfide/Halide Bilayer Electrolytes for Solid-State Batteries Using Slurry Processing and Lamination” in @ACSEnergyLett. We fabricate 60 um bilayer SEs in a dry room, with 10x lower ASR than pressed pellets. SSB manufacturing!
pubs.acs.org/doi/10.1021/acs…
#GRC #batteries 2024.. Great event, thought provoking talks, posters & interactions.
Huge congrats and thanks to @dasgroupta, @KelseyHatzell, @ParthaPMukherj1, & Rachel Carter for being wonderful organizers.
Manoj Jangid, PhD retweeted
New paper “Interfacial Dynamics of Carbon Interlayers in Anode-Free Solid-State Batteries” in @JMaterChem. We show how carbon first lithiates and transitions to plating, with rate-dependent SOC gradients. Lessons from graphite in LIBs apply to SSBs! pubs.rsc.org/en/content/arti…
Great job
Congratulations #ISRO and India on successful soft landing of #Chandrayaan3 on south surface of the #moon.
Truly a proud moment.
Jai Hind 🇮🇳🇮🇳
Manoj Jangid, PhD retweeted
It’s great to be able to host the first MUSIC EFRC @doescience meeting here at @UMich, discussing solid-state echem. Feat. @Club_Sakamoto @McDowell_Lab @KelseyHatzell @ParthaPMukherj1 @SossinaHaile @YetMingChiang @bartmartbart @Cole_D_Fincher @bairav_s @manojcct and many more!
Manoj Jangid, PhD retweeted
New paper “Improved Rate Capability in Composite Solid-State Battery Electrodes Using 3-D Architectures” in @ACSEnergyLett. We show enhanced transport using a scalable templating method, with reduced SoC gradients revealed by operando video microscopy. pubs.acs.org/doi/10.1021/acs…