Sumon Sarkar

Postdoc, @NewhouseGroup @yale. Former Ph.D., @GevorgyanLab @UT_Dallas @thisisUIC

[Sumon Sarkar @Sumonsarkar23]

Check out our work in AI-guided chemistry, now out in @Nature, enabling novel chemical synthesis with detailed protocols and feasibility!

Thanks to my co-first author Haote, Profs Newhouse, Batista, authors & @Boehringer!

@Yale News: https://t.co/QbekDADy3r
Publication: https://t.co/MtFfqAg6vt

[Yale Chemistry @YaleChem]

Yale chemists have developed a new digital framework they say will speed up drug discovery and other breakthroughs. MOSIAC is an open-source AI-guide for researchers navigating the complex world of chemical synthesis. Learn more in this article https://t.co/nclRePDjay.

[Chemistry News @ChemistryNews]

MOSAIC platform compiles chemistry protocols for faster drug design https://t.co/nJi265EKI4

[Sumon Sarkar @Sumonsarkar23]

Open access link to the article : https://t.co/oZSwnvAOo3

[Sumon Sarkar @Sumonsarkar23]

Check out our work in AI-guided chemistry, now out in @Nature, enabling novel chemical synthesis with detailed protocols and feasibility!

Thanks to my co-first author Haote, Profs Newhouse, Batista, authors & @Boehringer!

@Yale News: https://t.co/QbekDADy3r
Publication: https://t.co/MtFfqAg6vt

[nature @Nature]

Nature research paper: Language model-guided anticipation and discovery of mammalian metabolites

https://t.co/uC1PZjCXKp

[vetrivelan @vetrivelan_mj]

New heterocoupling to make complex morpholine is unlocked! 🚀🔬Check it out!

Aziridine–Epoxide Heterocoupling: A Straightforward Approach to Stereoselective Synthesis of Complex Morpholine Derivatives | Journal of the American Chemical Society https://t.co/dfs6wQwB8d

[Gevorgyan Lab @GevorgyanLab]

Direct C–H alkylation could be a very useful strategy for rapidly building molecular diversity, including 3° & 4° carbon centers. Congrats Subham & Gaurav on developing Light-Induced Pd-Catalyzed Allylic C–H Alkylation of Internal Alkenes! out in @J_A_C_S
https://t.co/HnqDfzs7bk

[Boron-Chem-Research @Boron_Chemistry]

Transition-Metal-Free Site-Selective β- and γ-C–H Borylation of Aliphatic Amines (@J_A_C_S): https://t.co/IMEnQ4mp33 (@GevorgyanLab).

[Sumon Sarkar @Sumonsarkar23]

@Iamankush6 @J_A_C_S Thanks, Ankush da!

[Sumon Sarkar @Sumonsarkar23]

🚨 Two new C–H bonds borylated – no metals, no catalysts, just light!
Excited to share our work, now out in @J_A_C_S: Site-selective β- & γ-C–H borylation of amines, featuring a new tether for elusive β-functionalization.
Grateful to Nitish, Tong & Vlad!
https://t.co/QoAsIaLJFe

[Gevorgyan Lab @GevorgyanLab]

Please join us in congratulating Sumon, Nitish, & Tong for achieving photoinduced, site-selective β- and γ-borylation of amines using a new, easily installable/ removable radical translocating group, enabling late-stage derivatization. Out now in @J_A_C_S
https://t.co/JVvLY2gF4m

[Sumon Sarkar @Sumonsarkar23]

@SubhradeepDutt5 @J_A_C_S Thanks, Subhradeep!

[J. Am. Chem. Soc. @J_A_C_S]

Transition-Metal-Free Site-Selective β- and γ-C–H Borylation of Aliphatic Amines | Journal of the American Chemical Society @GevorgyanLab @UT_Dallas https://t.co/jE3FT7ecqL

[Sumon Sarkar @Sumonsarkar23]

@ManiklalShee @J_A_C_S Thanks Manik!

[Sumon Sarkar @Sumonsarkar23]

@poreyarka @J_A_C_S Thanks Arka da!

[Sumon Sarkar @Sumonsarkar23]

@SOVANNIYOGI @J_A_C_S Thanks, Sovan! How is everything going in France so far?

[Sumon Sarkar @Sumonsarkar23]

@kar_sourav @J_A_C_S Thank you, Sourav!

[Sumon Sarkar @Sumonsarkar23]

@paul_satyadip @J_A_C_S Thank you, dada! Btw, huge congrats to you on your job!

[Sumon Sarkar @Sumonsarkar23]

@Abhijeet_IITD @J_A_C_S Thank you, Abhijeet!

[Sumon Sarkar @Sumonsarkar23]

@AsAshraf123321 @J_A_C_S Thank you!

[Gevorgyan Lab @GevorgyanLab]

Aryl radical-mediated dual HAT enables direct CDC of aldehydes & alkenes to form skipped enones with high chemoselectivity! Congrats, Sidhant & Pramod, for developing Ni-Catalyzed Cross-Dehydrogenative Coupling toward Skipped Enones, now out in @J_A_C_S
https://t.co/fWWMusfC2m