Eesha Khare

Materials & engineering PhD student @MIT. Inspired by energy, environment, the world. @Harvard ‘17, @Cambridge_Uni ‘18, @TEDxTeen, @TEDxCibeles

[Markus J. Buehler @ProfBuehlerMIT]

Collagen is one of the most important building materials in biology.

Led by my grad student @eesha_khare we developed a molecular mechanics deep learning framework & discover design principles of collagen, leading to de novo biomaterials

@PNASNews paper: https://t.co/2BxMmoNKiN

[Eesha Khare @eesha_khare]

Fun talking about design principles for metal coordination bonds at #ACSSpring2022 @acspmse thanks to my co-authors @ProfBuehlerMIT #NielsHoltenAndersen and @SingleMolecules. Thanks @daniellejmai and @helen_chem for organizing!

[mcb2024 @mcb2024Bates]

3 DAYS left to submit your poster abstract for "Multiscale #Mechanochemistry & #Mechanobiology" https://t.co/3VrB0l5Tks Up to now we have >200 registered participants. This is an excellent opportunity to share your work. Participation is FREE! Please RT!

[Eesha Khare @eesha_khare]

@eg_tobias @MIT @LAMM_MIT @mit_dmse @ProfBuehlerMIT Yes! In front of the Stata near the amphitheater

[Eesha Khare @eesha_khare]

Check out my profile below! Excited to learn so much in the @MIT @LAMM_MIT @mit_dmse community! Thanks especially to my advisors @ProfBuehlerMIT and #NielsHoltenAndersen

[Massachusetts Institute of Technology (MIT) @MIT]

Eesha Khare, a PhD student in @mit_dmse, studies the chemical bonds that allow mussels to bind to rocks along turbulent coastlines. “I like being outside of my comfort zone,” she says. https://t.co/Jgiu4QdTlr

[Eesha Khare @eesha_khare]

@OrtonyLab_MIT @mit_dmse Thanks Julia! Excited to be in a supportive community!

[DMSE at MIT @mit_dmse]

We are proud to have Eesha in our community!

[mcb2024 @mcb2024Bates]

Registration and abstract submission for 'Multiscale #Mechanochemistry and #Mechanobiology' (Aug 23-25, 2021) is open: https://t.co/3VrB0l5Tks There are around 25 slots for contributed talks and participation is free! So, spread the word and RT! #AnywhereChem

[Eesha Khare @eesha_khare]

@chris__mukasa Welcome back!!

[Eesha Khare @eesha_khare]

Excited to be presenting some exciting PhD work to understand the mechanics of biological materials with great speakers next Monday 3/29. @LAMM_MIT @SingleMolecules @ProfBuehlerMIT #nielsholtenandersen

[mcb2024 @mcb2024Bates]

The next MechanoChemBio virtual seminar takes place on March 29. The speakers are Robert Göstl @goestlich, Eesha Khare @eesha_khare and Vernita Gordon @VernitaGordon. Registration is free but required: https://t.co/8oqFvZcZnV

[NatRevMaterials @NatRevMater]

The reversibility of transition metal-coordination bonds affords broad control over the structural dynamics of materials: read more in our latest Review by @ProfBuehlerMIT,
@eesha_khare and Niels Holten-Andersen: https://t.co/9ApMkHd4Je

[LAMM@MIT @LAMM_MIT]

Great work by graduate student @eesha_khare! We survey recent advances & open questions in our understanding of how chemical properties of metal-coordinate complexes influence multiscale mechanics, with the aim of using metal-coordination bonding as a novel crosslinking tool

[Eesha Khare @eesha_khare]

Excited to share my first PhD publication in @NatRevMater about applying mechanics from fascinating biological materials in our own synthetic materials toolkit. Thanks @ProfBuehlerMIT #NielsHoltenAndersen @Giulia_Pacc @NSFGRFP #bioinspired

[Markus J. Buehler @ProfBuehlerMIT]

Our latest paper in @NatRevMater reviews the state of the art and opportunities in metal-coordinate bonds as a highly tunable mechanical system, learning from nature and building on it - read the paper here: https://t.co/yD6sVbRwfV with @eesha_khare and Niels Holten-Andersen

[Eesha Khare @eesha_khare]

Chemistry is a language. With NLPs, transformers (like in AlphaFold 2), and other fascinating ideas emerging in #MachineLearning, excited to see how representations of chemicals capture more chemical intricacies while being less compute-resource intensive.

[C&EN (Chemical & Engineering News) @cenmag]

By treating molecules and reactions like words and sentences, scientists have found ways to get the machine-learning tools that let Alexa or Siri understand your questions to instead learn chemistry. https://t.co/tT7Nf52IpC

[NPR @NPR]

JUST IN: President-elect Joe Biden plans to name Gina McCarthy as domestic climate coordinator. She will coordinate federal efforts aimed at drastically lowering the U.S.'s greenhouse gas emissions.
https://t.co/wCdGMM9ppa

[Eesha Khare @eesha_khare]

Lab bench battery performance (coin/ pouch cell) doesn’t always translate to commercial performance. Avoiding Theranos-like over promises (Nikola motors) through clear communication of labwork v. real product is a lesson for scientists and investors.

[Nicholas Yiu @nicholasyiu]

Published this weekend with @_not_plain_jain @Zhang_Melissa: "Preventing Fraud in the Battery World". Let us know your thoughts for promoting a healthier ecosystem for battery technologists, investors, and policymakers: https://t.co/LWGAVfhtbt #battchat #energystorage #batteries

[Eesha Khare @eesha_khare]

Steel industry contributes 7% of total GHG emissions—By using hydrogen instead of coal to convert iron from iron ore, steel plants can emit water vapor instead of CO2. Project being launched in Sweden is an important step forward. #hydrogeneconomy #steel

[RMI @RockyMtnInst]

A recent pivot in business strategy by @LKABgroup has major significance for the global steel industry. RMI’s @KochBlank explores how Europe’s largest iron ore producer is tackling #climatechange: https://t.co/w1s6Bu7n7S

[Joe Biden @JoeBiden]

The power to change this country is in your hands.

Vote: https://t.co/eoxT07uII9

[DMSE at MIT @mit_dmse]

Join us for a live moderated discussion and Q&A on allyship, anti-racism, and social activism with Dr. Angela Davis tomorrow, Oct. 21, from 1:00 to 2:30 PM.
https://t.co/1jUZJVyPPp

[Eesha Khare @eesha_khare]

Check out this cool work about aerosol printing graphene for food Sensors by #kshamaparate at @IowaStateU

[Science in the News @SITNBoston]

Because of food #allergies, we need a fast way to test for allergens and contaminants in over 33 million kg/day of protein are available in North America. Aerosol-printed #graphene sensors may be the way.

#scicomm by Eesha Khare (@eesha_khare)

https://t.co/yxELzjbXC6