Bhaswati Paul

Postdoctoral Fellow at University of Houston, USA. PhD from CSIR-IICB, India

[Bhaswati Paul @Bhaswati95]

Find our recent work on building #MOF from #organiccage designed to capture PAHs from water.
https://t.co/CAKwOFTgJT

[R. Natarajan @natarajan_iicb]

Happy to share our recent work on #MOF from #organiccage for #PAH removal from water. Published in "Small" from @AdvPortfolio Congratulations @Bhaswati95 @sandipan1809 @Jayanta_000. We thank @CSIR_IND @csir_iicb for funding https://t.co/Oo6ezYtR3z

[Reggie Mills @reggiemills28]

Trying to understand bond-breaking by first-row transition metal cross-coupling catalysts, congrats to Truong on the publication of his cobalt-catalyzed arylation method in @JOC_OL

https://t.co/qJQ0fw47Vh

[Bhaswati Paul @Bhaswati95]

@BmSchmidtlab @NatureComms Nice work! Many Congratulations to the team

[BMSchmidtlab @BmSchmidtlab]

Excited to share our latest publication in Nature Communications! @NatureComms
Mechanochemical disassembly pathways of self-assembled polymer decorated PdnL2n supramolecular architectures
https://t.co/bmsY85I9Nq

[Bhaswati Paul @Bhaswati95]

@GroupGryko @Shantanu_JUchem @shoubhikdas4 Congratulations 🎊 @Shantanu_JUchem

[やぶ @YYabuuchi_5]

論文出ました！

■ 報告されているMOFで一番強い水素吸着
■ 強い水素吸着の起源を4種の in situ 分析と計算化学で調査
■ 熱力学同位体効果に基づいて、室温での水素同位体分離の技術提案と可能性の検討

の3本柱です！

https://t.co/vflWdUjDdd

[Panče Naumov, PhD ACSF FRSC @Pance_Naumov]

Encapsulating xenon via dispersive interactions―Trapping #xenon in molecular cages raises an unresolved question: whether dispersion forces play the dominant role in Xe binding in solution, where competing effects such as solvophobic interactions may also contribute. In @J_A_C_S, Lu, Chen, Wang, Li et al. report the synthesis of a series of structurally analogous tetrahedral imine #cages in which the number and position of #fluorine atoms are systematically varied. Remarkably, only one member of the series exhibits a measurable affinity for xenon. Combined cavity volume analysis and theoretical calculations show that Xe–F London #dispersion interactions, together with size complementarity between guest and host cavity, are the primary determinants of xenon recognition in solution. Full article:
https://t.co/NNFYTFPCyT

[Reggie Mills @reggiemills28]

In our new Account, Kavita @Kavita0809 has described cobalt catalyst development for cross-coupling of redox-active alkyl electrophiles, including redox-active sulfones

The take-away: stable organometallics are vital for productive reactivity

https://t.co/qx0C7HGCFs

[Reggie Mills @reggiemills28]

In a tour de force of cobalt organometallics, PD Kavita @Kavita0809 has shed light on Csp2–Csp2 and Csp2–Csp3 cross-couplings, revealing weak field ancillary N,N ligands support diverging reactivities of high-spin and low-spin arylcobalt(II) catalysts
https://t.co/o0ZxmqmVh3

[Bhaswati Paul @Bhaswati95]

Nice to see that Click cage to #MOF with silver metal salts worked again! https://t.co/amnr2dEmSB
https://t.co/XalNozYnnT
https://t.co/vzTMhRum12 @angew_chem @Wiley_Chemistry

[BMSchmidtlab @BmSchmidtlab]

In our recent paper, we report for the first time, the use of carbon-carbon-bond-based radicals for the synthesis of (porous) organic cages with unique reactivity. Congratulations to Yannic for making it work 🧪🔥

https://t.co/82l1edMrbg

[Princeton Chemistry @PrincetonChem]

Congratulations @Stache_Lab for their latest in @J_A_C_S: “Universal Approach for the Depolymerization of Polyamides via Photothermal Conversion.”

Well done Deepika and Erin: https://t.co/oNMiq1TH3Z

[Andy I. Nguyen @andy_i_nguyen]

Can ligands mimic larger portions of metalloproteins? Published in @DaltonTrans, we designed macrocylic peptides that mimic the β-sheet region at the active site of multicopper oxidases.
Article: https://t.co/0Jfc7zkqys

[Bhaswati Paul @Bhaswati95]

Happy to share our work on 2D #MOF nanosheets built from propeller click #cage: https://t.co/fWdzI5z3Wj

[Takashi Nakamura @TNakamura2021]

Our figure-eight salen dimer is now published in @InorgChem (@ACSPublications)!
In collaboration with Dr. Kondo at University of Shizuoka.
Congratulations, Wang-kun and Shiina-kun!!
https://t.co/LMmwiX0WPu

[Bartosz Szyszko @SzyszkoBart]

How do you make metal cations interact? Easy - just lock them in a pyrrolic cage! In our new paper just published in @InorgChem we show metallophilicity under molecular confinement! @WCh_UWr @NCN_PL https://t.co/lCQh9gACrx

[Vicente Martí Centelles👨🏻‍🔬⚗️🧪 @vtemarticent]

🤩🤩🤩Very happy to see published in @angew_chem our work on #MolecularCages as an Indicator Displacement Assay for Sensing the Scopolamine Illicit Drug!! Many congrats to @GiovanniMG_PhD and all @IDM_UPV_UV @UPV team!

📰https://t.co/bWp1AcBjBo

[Bhaswati Paul @Bhaswati95]

@vtemarticent @angew_chem @GiovanniMG_PhD @IDM_UPV_UV @UPV Nice work! Congratulations to the team

[Bhaswati Paul @Bhaswati95]

@Pinaki_Bhatta Congratulations 🎊

[Reggie Mills @reggiemills28]

In some of our first work on manganese catalyst design for C(sp3)–H activation, @Bhaswati95 has made and isolated some intriguing new multinuclear salen complexes including the titular Mn(IV)/Mn(III)/Mn(IV)-μ-oxo @DaltonTrans

https://t.co/6vw29rlN12

[Chemistry News @ChemistryNews]

Controlled synthesis of monolayer and bilayer two-dimensional polymers https://t.co/pv4hyJLsIs