JACS: Our fully organic crystalline polymer with water-filled nanochannels achieves highly anisotropic proton conduction— 3 orders of magnitude faster along the channels than perpendicular to them.
Dedicated to Prof. E. D. Jemmis on his 75th B'day. https://t.co/MBxJAHr6fp
See a molecule in a paper or online?
Just screenshot it.
Moldraw turns it into an editable molecule.
Screenshot → Edit.
That simple.
Chemistry drawing should be this simple.
Here is an early look at the @moldraw chrome addon
👉 PhD Admissions Open at The Department of Chemistry @iitjodhpur
For ongoing research areas https://t.co/8kJtSrwSuN
Candidates interested in the design of small molecules and their supramolecular behaviour/applications or peptide chemistry, write to me 👉[email protected].
I have a PhD position in organic/materials chemistry open for CSIR/UGC JRF-holders (only). My Research area can be found from our latest publications: https://t.co/lkt8LvRUW1
Interested candidates may approach me by email.
I wish to host 1 or 2 researchers for National Postdoctoral Fellowship by ANRF.
Eligibility: PhD in organic /supramolecular chemistry/crystallography with 4-5 first-author publications in reputed journals.
For My research areas& publications, visit https://t.co/5Xuyn13Dm4
🚀Ring-expansion of ketones with [1.1.1]propellane to access functionalized MCB-ketones and spirocyclic scaffolds is out @J_A_C_S. A great collaboration with @MykhailiukChem. Thank you, @ANRFIndia and @iiscbangalore, for the financial support. https://t.co/kSouq7umuH
@SureshanLab@Chemie_iisertvm@tvmiiser@ANRFIndia
Excited to share an AI-generated video of our Science Advances work on crystalline covalent helical polymers via TAAC reaction https://t.co/VQb5ts2ZtG
Created with AI tools by
@ANRFIndia
via SARAL (https://t.co/11vF9QLW3X
)
@Chemie_iisertvm@tvmiiser@ANRFIndia Here is our debut article in Science Advances! In this paper, we show that just an introduction of a hydroxyl group can reverse the helicity, decrease the pitch and increase the strength of a collagen-mimic.
https://t.co/trs4hBDeeP
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
Kudos to Dr.@vishnuek_, our former PhD student, for earning the Alexander von Humboldt Fellowship! He is currently pursuing postdoctoral research with Prof. Tobias Brixner, @Uni_WUE , and the fellowship supports his continued work there.
@tvmiiser@AvHStiftung@Chemie_iisertvm
Just out in @ChemRxiv ! Switchable amino acyl phosphates! We show how azobenzene-embedded acyl phosphates enable photoperiodic control over non-equilibrium self-assembly.
https://t.co/G1PZOhmJwp
Our recent work,
“SN2′-Type Alkylation of gem-Dichlorocyclobutenones with Organotrifluoroborates Enabled by Organophotoredox Catalysis,”
is now online in @JOC_OL
Thanks to Dr. Debdutta Chakraborty for the DFT studies.
https://t.co/eM4v0YBZCf
@Chemie_iisertvm@tvmiiser
🚨 New Paper Alert! 🚨
Our latest work in ChemComm reports a new class of phenanthroline–squaramide foldamers adopting robust single-helical structures 🧬. Stable even in DMSO & at 85 °C! Kudos to @RenittaBenny & thanks to Alex, @CSIR_IND@tvmiiser https://t.co/YIGp1Co8VP
🎊Cheers to fresh milestones! @rr_lab’s first contributions in *ACS Catalysis— A Heartfelt congratulations to Bincy, Anagha & Venkadesh for their hard work and well-deserved Achievement ! 👏 https://t.co/EeeVy96HPh
@rr_lab@rr_prof@Chemie_iisertvm@tvmiiser