Check out our latest article, led by PhD candidate Lucas Attia!😁Here, we used MD simulations to reveal how excipients control the structure of drug nanocrystals, identifying the molecular mechanisms that drive crystallinity and amorphization.
https://t.co/4lUzFAOKCn
Congratulations to Arjav Shah @aushah98 on being awarded the prestigious Kavanaugh Fellowship🎊 He leads the commercialization efforts of the hydrogel technology for water treatment developed in the group!
Learn more in this exciting @MIT News article!
https://t.co/1z5xuT4JKd
Yeast-containing hydrogel capsules could be used to remove lead from contaminated water. “The fact that the yeast themselves are bio-based, benign, and biodegradable is a significant advantage over traditional technologies,” Patricia Stathatou says. https://t.co/e82h4sPhtn
Late to post but we have been celebrating @DevchemE's successful PhD defense over the past month. Many congratulations Dr. Gokhale on an incredible thesis solving an extremely important problem of 'Water'. Very proud of you and can't wait to see how you change the world🥳🫧
The latest issue of Nano Letters is live! On the cover: "A Universal Approximation for Conductance Blockade in Thin Nanopore Membranes"
Learn more: https://t.co/QQYgfbLMop
Excited to be at #apsmarch in Minneapolis this week! Talking about our recent work on interesting structural transitions in #DNA. Stop by Session A29 tomorrow morning for a series of exciting talks on DNA-based soft matter🧬🧬
The Year of Dragon is here. Lunar New Year arrived early for us as our work on metrology of #viruses using #nanopores was chosen for the back cover of @AdvSciNews in Nov '23! Happy Chinese New Year to those celebrating!✨
https://t.co/ds9zZTuU18
#LunarNewYear#YearOfTheDragon
Incredible opportunity to work with us on cutting-edge research in water purification, delivering social impact and economic prosperity in addition to great science!🫧🥤💲
Consider applying and please do get in touch if interested😁
@jwafs_mit@Water#UNSDG#water#climate
We present a promising solution for the removal of emerging contaminants like #PFAS and heavy metals like Pb, Fe from water in a facile and sustainable manner. This technology has a great commercial potential!
Sounds interesting? Reach out to @PSdoyleMIT, @DevchemE or @aushah98
MIT chemical engineers create a zwitterionic hydrogel system for single-step water treatment with minimal environmental footprint. Link to the article to read more....
https://t.co/DywcOjxqdK
J-WAFS PI Pat Doyle (@PSdoyleMIT), PhD student Devashish Gokhale (@DevchemE), and undergraduate student Andre Hamelberg (@Andre_F_H) published a paper in @NatureWaterJnl on a J-WAFS-funded hydrogel system to absorb micropollutants in water. Read more: https://t.co/iqFH1TWxTp
Incredible opportunity to work with us on cutting-edge research in water purification, delivering social impact and economic prosperity in addition to great science!🫧🥤💲
Consider applying and please do get in touch if interested😁
@jwafs_mit@Water#UNSDG#water#climate
Interested in water purification technologies or other soft matter technologies? Consider applying for this MIT postdoc fellowship to work with us! https://t.co/4N1HJcZMVY
Just a Quick #Humblebrag about our exceptional undergrads winning awards at the #AIChE2024 poster competition. Great work Alfonso, Yunbeen, David and Dien!!
(1/n) Ever wondered if we could rapidly detect and precisely measure the size of viruses?🦠
This is critical for many diagnostic and therapeutic techniques🧬
Publication Alert📢
Our latest work is out in @AdvSciNews! We develop a proof-of-concept for the use of nanopores as a rapid, sensitive, high-throughput tool for virus metrology🧬🦠
Check out the open access article here!
https://t.co/vC0h6NhOdb
#nanopores#virology#metrology