Molecular Magnetism Lab
@MML_IISERB
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Student run account 👨🔬👩🔬, group of @KonarSanjit, @iiserbhopal
Bhopal, Madhya Pradesh, India
Joined June 2020
Designing photo-responsive molecular magnets? Discover how solvent mediated molecular packing influences ETCST and hence photo-induced SCM behavior in Fe2Co coordination polymer! Read more https://t.co/6swIIKhIFM,
@KonarSanjit @Ranzan_Kharel @Jyoti17MML @chm_iiserb @iiserbhopal
pubs.acs.org
Single-chain magnets (SCMs), characterized by slow magnetic relaxation, hold immense promise for future data storage and advanced materials. Integrating photoswitchable electron transfer coupled spin...
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Check out our recent article https://t.co/LHeLM7iGE7 on thermal and light-induced magnetic bistability; SCO and SCM behaviour in 1D Fe2Fe coordination polymer with significant coercivity @ChemCommun @KonarSanjit @Ranzan_Kharel @chm_iiserb @iiserbhopal @JoshiSindhuja27
pubs.rsc.org
A cyanide-bridged 1D Fe2Fe chain exhibits rare dual magnetic bistability: thermal spin-crossover and light-induced single-chain magnet behaviour. Photoirradiation switches the system from a diamagn...
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Heartiest Congratulations to our graduates, Dr. Arindam Gupta (Ph.D), Mr. Neelabhro Mukherjee (BSMS), Ms. Gouri Nand U (BSMS) and Ms. Krishna Debbarma (MS) on receiving their degrees at the 12th Convocation @iiserbhopal we wish them a bright future ahead @KonarSanjit @chm_iiserb
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Excited to share our work https://t.co/w1BqcZhCL4 where ligand asymmetry creates unequal Fe coordination in a Hofmann coordination polymer, causing a multi-step ST that becomes gradual, incomplete, and hysteretic under pressure @KonarSanjit @chm_iiserb @ArinRick @DibyaJyotiMond9
pubs.acs.org
Spin-state switchable materials exhibit multistep spin transition (ST) driven by strong through-bond and through-space cooperativity resulting in competing elastic interactions that stimulate...
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Excited to share our work, https://t.co/L7tiRaRDyd where we have developed a user-friendly spin-crossover driven temperature sensor. @KonarSanjit @ilab_research @chm_iiserb @bharat_002r
pubs.rsc.org
The thermochromic behaviour of spin crossover complexes is desirable for noninvasive thermometry technologies. In this work, we have developed an easy-to-use flexible temperature sensor based on...
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Article Alert! Diastereomeric ratios influence the SCO behavior in Fe₄L₆ tetrahedral MOCs https://t.co/1NkpzaGa28 showing syn/anti conformer combinations yield different T, C₃, and S₄ isomers, differ in the steric environment around Fe(II) and stabilize distinct spin states
chemistry-europe.onlinelibrary.wiley.com
The effect of the diastereomeric ratio on the spin crossover (SCO) behavior of Fe4L6 tetrahedral metal-organic cages has been investigated in solid and solution phases. The SCO profiles are differe...
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Our latest feature article in @ChemComm is out now! Dive into the world of Ln(III) encapsulated polyoxotungstates and discover their structural variations and impact on SMM behavior https://t.co/I0X6u6NtsQ
@KonarSanjit
@chm_iiserb @pradipkrsahu @KapurwanSandhya
pubs.rsc.org
Single-molecule magnets (SMMs) have garnered significant interest due to their possible use in high-density data storage devices and quantum computing. SMMs based on lanthanide-encapsulated polyoxo...
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Congratulations to @s_shraoshee on receiving the ACS best poster award at 34th CRSI-National Symposium in Chemistry held at @iiserbhopal. @chm_iiserb @KonarSanjit
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We’re pleased to announce the acceptance of our latest paper @chemcommun RSC: "Leveraging Ligand Conjugation to Improve Luminescence Thermometry in Dy-Single-Molecule Magnets"( https://t.co/uf3frK4WSa ) Congratulations to all the authors @KonarSanjit @s_shraoshee @chm_iiserb
pubs.rsc.org
Extended ligand conjugation enhances luminescent thermometry in [Dy2(diketone)6(bipyrimidine)] SMMs, as substantiated by crystallographic, photoluminescence, and lifetime decay analyses. This...
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"We had a fantastic time at our lab group's picnic! Laughter, camaraderie, and relaxation made for an unforgettable day. Catch a glimpse of our fun moments together..."
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Checkout our recent publication @ChemicalScience showcasing a unique [Fe2Co2] complex engineered with H-bonding donor and acceptor sites. Multi stimuli responsive ETCST offers exciting potential for smart devices. @chm_iiserb @KonarSanjit @Jyoti17MML
pubs.rsc.org
Stimuli-responsive switchable molecules represent an important category of magnetic materials with significant potential for functional devices. However, engineering complexes with controlled...
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Dive into our latest publication on controlling spin switchability in Prussian Blue Analogs ( https://t.co/W23dfHo6EL.…) and explore a wealth of examples to uncover strategies for better molecular design. congrats to @Jyoti17MML @Ranzan_Kharel and team
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congratulations to @s_shraoshee for the Best Poster Presentation award at MTMM-SIMS2024 held at @iiscbangalore. a proud moment for @MML_IISERB
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congratulations Boss @KonarSanjit for the award of Rigaku International Prize at MTMM-SIMS2024 @iiscbangalore
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We are happy to share that one of our publications has been selected for this online collection. The publication ( https://t.co/ZDHwE7QukQ) has been distinguished as the most cited article on this occasion of @ChemCommun
@KonarSanjit @chm_iiserb @iiserbhopal
#ChemComm60
pubs.rsc.org
A Zn(ii) based luminescent metal organic framework is synthesized, which acts as a dual functional fluorescent sensor to selectively detect picric acid and palladium(ii).
On #ChemComm60, we present a historic regional collection highlighting 60 of the most cited articles from researchers in India. Join us in revisiting some of the papers that made ChemComm one of your most trusted venues for publication. Access 📚 here https://t.co/ZzXchUpYPy
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Advanced Articled "CO2-actuated spin transition tuning in an interdigitated Hofmann-type coordination polymer †" by Abhik Paul and [et al.] has been published in Chemical Science by RSC
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We are thrilled to share our recent publication @ChemEurJ on enhancing the magnetic blocking in Dy(III) dinuclear complex via radical coupling. Congratulations to all authors🎉🥳👏 @pradipkrsahu
@KonarSanjit @chm_iiserb
@iiserbhopal @EduMinOfIndia
https://t.co/qfF2XY763v
chemistry-europe.onlinelibrary.wiley.com
The chloranilate radical bridged Dy2-SMM molecule shows the highest thermal energy barrier amongst the radical bridged Dy(III) SMMs. The ferromagnetic coupling between the lanthanide ions enhances...
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