Anuja Sharma (@sharmaanuja9696) 's Twitter Profile
Anuja Sharma

@sharmaanuja9696

Chemistry graduate student at Arizona State University @ASUcatalysis ( Trovitch Lab) @ASUBiodesign Organometallic Chemistry. Base metal Catalysis.🧑‍🔬⚗️

ID: 2673244724

calendar_today23-07-2014 10:25:11

3,3K Tweet

104 Followers

252 Following

Massimo (@rainmaker1973) 's Twitter Profile Photo

There are no stationary objects in the Universe: even our Solar System is moving not only around the center of the Galaxy (828,000 km/h) but also relative to its nearest stellar neighbors (70,000 km/h) [starwalkapp: buff.ly/3lsIwjk] x.com/tuidelescriban…

Massimo (@rainmaker1973) 's Twitter Profile Photo

This is what a spacecraft's wall looks like after an impact with a space debris of ~1.2 cm Ø at a speed of 21,760 km/h [source, read more: buff.ly/2oIi8U8]

This is what a spacecraft's wall looks like after an impact with a space debris of ~1.2 cm Ø at a speed of 21,760 km/h 

[source, read more: buff.ly/2oIi8U8]
Andrew Gallimore (@alieninsect) 's Twitter Profile Photo

The story of Bromo-DragonFLY The world’s most potent psychedelic…??? Bromo-DragonFLY is an extremely potent and long-lasting synthetic psychedelic with a unique molecular structure… But where did it come from? A long thread...

The story of Bromo-DragonFLY

The world’s most potent psychedelic…???

Bromo-DragonFLY is an extremely potent and long-lasting synthetic psychedelic with a unique molecular structure…

But where did it come from? A long thread...
ASU School of Molecular Sciences (@asu_sms) 's Twitter Profile Photo

John Kouvetakis and Ryan Trovitch in @asu_sms are providing their expertise to develop reliable methods that will be applied to TSMC’s chip manufacturing processes. read news.asu.edu/20230427-schoo…

John Kouvetakis and Ryan Trovitch in @asu_sms are providing their expertise to develop reliable methods that will be applied to TSMC’s chip manufacturing processes. read news.asu.edu/20230427-schoo…
ASU School of Molecular Sciences (@asu_sms) 's Twitter Profile Photo

Our students in U.S. National Science Foundation REU program have started their summer research with their graduate mentors. Check this playlist on youtube, youtube.com/playlist?list=…. meet them and see what will they do this summer!

Our students in <a href="/NSF/">U.S. National Science Foundation</a> REU program have started their summer research with their graduate mentors. Check this playlist on youtube, youtube.com/playlist?list=…. meet them and see what will they do this summer!
Rashmi Jena (@rashmijena1310) 's Twitter Profile Photo

Had an absolutely extraordinary time at the Organometallics GRS and GRC events last week! Met exceptional individuals from around the globe, learning about their fascinating research. Huge thanks to the GRS and GRC chairs for organizing this memorable event. #ResearchCommunity

Had an absolutely extraordinary time at the Organometallics GRS and GRC events last week!  Met exceptional individuals from around the globe, learning about their fascinating research. Huge thanks to the GRS and GRC chairs for organizing this memorable event. #ResearchCommunity
Anuja Sharma (@sharmaanuja9696) 's Twitter Profile Photo

Watch this video of cobalt-catalyzed coupling of amines and siloxanes to prepare polymers that generates only hydrogen as the by-product! Give this article a read if you wanna know more about these polymers! Trovitch Lab Ryan Trovitch TE Long Research Group ACS Sustainable Journals #catalysis

Dr Kit Chapman (@chemistrykit) 's Twitter Profile Photo

One thing I find fascinating about chemistry is that it never happens in isolation. It is always in conjunction with another science. I find that immensely comforting: that disciplines blur and boundaries never really exist, and we all just knit the tapestry of the possible.

Massimo (@rainmaker1973) 's Twitter Profile Photo

How can you visualize the entire observable universe in a relatively small rectangular area? Using the logarithmic scale, as Pablo Carlos Budassi did, locating the most notable astronomical objects as far away as the edge of time [source, zoomable: buff.ly/3Av83hn]

How can you visualize the entire observable universe in a relatively small rectangular area? Using the logarithmic scale, as Pablo Carlos Budassi did, locating the most notable astronomical objects as far away as the edge of time 

[source, zoomable: buff.ly/3Av83hn]
ASU School of Molecular Sciences (@asu_sms) 's Twitter Profile Photo

🎓🔬 Congrats to all our PhD and master's grads! Here's to your next chapter of innovation and discovery! 🌟 #ASUGrad #MolecularSciences #SMSgrads

🎓🔬 Congrats to all our PhD and master's grads! Here's to your next chapter of innovation and discovery! 🌟 #ASUGrad #MolecularSciences #SMSgrads
J. Am. Chem. Soc. (@j_a_c_s) 's Twitter Profile Photo

Titanium Phosphinidene and Phosphide Moieties from Oxidative Phosphorylation and Desilylation | Journal of the American Chemical Society Penn Penn Chemistry Mindiola Group pubs.acs.org/doi/10.1021/ja…