Biswas Lab
@BiswasLabJNC
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Official Twitter page of Prof. Kanishka Biswas' Lab, JNCASR, Bangalore, India
Bangalore, India
Joined March 2021
Chechout our latest publication in @J_A_C_S, emphasizing the role of lone-pair driven local off-centering in enhancing phonon-glass electron-crystal like thermoelectic transport. Congratulations to @animesh_bhui !!🎉 .@kanishkabiswas @Maji_TK @ANRFIndia.
Lone pair driven local cationic off-centering provide unique phonon-glass electron-crystal like thermoelectric transport in entropy stabilized AgGeSnSbTe4. Just out in @J_A_C_S. @ANRFIndia @IndiaDST @Maji_TK @animesh_bhui @jncasr .
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Ferroelectric instability-driven low thermal conductivity in Group IV metal chalcogenides for high thermoelectric performance. Checkout our perspective in @ACSEnergyLett. Congrats to all authors!!🥳.
Engineering ferroelectric instability in group IV metal chalcogenides can suppress the thermal conductivity tremendously and achieve high thermoelectric performance. Perspective is just out in @ACSEnergyLett .@ANRFIndia @IndiaDST .
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Our new paper on high thermoelectric performance in n-type PbSe is out in @angew_chem. Congratulations to @Indraji75938811 et al.!!🎉.@iiscbangalore @IITKanpur @IISERPune @IndiaDST @ANRFIndia.
Mo 4d orbital induced rare conduction band convergence and misfit nanostructures boost thermoelectric zT to 1.8 in n-type PbSe. Successful collaboration between @jncasr @iiscbangalore @IITKanpur @IISERPune .Just out in @angew_chem @ANRFIndia @IndiaDST .
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RT @jncasr: Congratulations! Prof. @kanishkabiswas, Professor, New Chemistry Unit, on joining as a member of the International Advisory Boa….
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Congratulations! Anustoop Das (Ph.D. student, Prof. Kanishka Biswas's Group) on receiving the graduate student award (2025) from International Thermoelectric Society @jncasr @NCU_JNCASR @kanishkabiswas @anustoop_das
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Our latest work, published in Advanced Energy Materials, reveals the impact of low-energy shear vibrations of Sb₂ bilayers on lattice thermal conductivity in (Sb₂)ₘ(Sb₂Te₃)ₙ topological quantum materials. Congratulations to @subarnadas_ & @shuvobiswas2000 etal. 🎉!.
Origin of ultra-low thermal conductivity in topological quantum materials from the homologous series (Sb2)m(Sb2Te3)n: Low energy shear vibrations of Sb2 bilayer. Just out in Advanced Energy Materials.@subarnadas_ @jncasr @iHubQTF @IndiaDST.
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Check out our recent publication in @J_A_C_S . It shows how hybridized resonant level by Hg 6s-p of Ge/Te helps in an excellent thermoelectric figure of merit. Congratulations to @ParibeshAchary1 & @AnimeshdasBwn et al for the excellent work. 🥳🥳🥳 .@kanishkabiswas @IndiaDST.
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Pauling's third empirical rule and it's connection to thermal conductivity in metal chalcogenides. Check out our recent perspective in @ChemMater . Congratulations to @RiDdHiMoyPathak & @Mridulkrishna06 🥳.@kanishkabiswas @jncasr.
pubs.acs.org
Linus Pauling’s third empirical rule, which describes the destabilizing effect of shared polyhedral units in crystal structures, now provides a novel basis for understanding and predicting lattice...
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RT @kanishkabiswas: Linus Pauling’s third rule as a guide for designing low thermal conducting metal chalcogenides. Just out in @ChemMater….
pubs.acs.org
Linus Pauling’s third empirical rule, which describes the destabilizing effect of shared polyhedral units in crystal structures, now provides a novel basis for understanding and predicting lattice...
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Check out our recent publication in @angew_chem where we unravel the role of local off-centering in self-trapped excitonic emission in Cs5Cu3Cl6I2. Congratulations to @anustoop_das et al . 🥳🥳🥳.@kanishkabiswas @sarit_agasti @angew_chem @IndiaDST.
Happy to share our recent work on local off-centering mediated structural distortion triggering self-trapped excitonic emission in Cs5Cu3Cl6I2. @BiswasLabJNC @sarit_agasti @angew_chem .
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🚨We are HIRING. Ph.D. position available. Interested candidates (CSIR/UGC JRF qualified) with a masters degree in Chemistry or Physics, please send your CV to us. To know more about our group, visit: @kanishkabiswas @jncasr @NCU_JNCASR . #PhD
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RT @ChemistryNews: Mild Chemistry Synthesis of Ultrathin Bi2O2S nanosheets exhibiting 2D-Ferroelectricity at Room Temperature https://t.co/….
pubs.rsc.org
Modern technology demands miniaturization of electronic components to build small, light, and portable devices. Hence, discovery and synthesis of new non-toxic, low cost, ultra-thin ferroelectric...
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📢 WE ARE HIRING ! .We are delighted to announce an open position for Ph.D. in the field of Solid State Chemistry and Quantum Materials. Masters in Chemistry or Physics with a CSIR/UGC JRF qualification can send their CV. Come, join us !!! .@kanishkabiswas @jncasr @NCU_JNCASR
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Cheers to @fermiion and our former masters student Aditya on winning the best poster award in HyPe-23 held at @iacskolkata, India. Kudos to @anustoop_das and @AranbMandal for presenting their work as well. @kanishkabiswas @jncasr
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Learning about perovskite nanocrystals from none other than Prof. Maksym Kovalenko! It was indeed a great learning experience interacting with him and his students. Finding our Masters student Aditya Bharadwaj with the team adds to the charm! @mvkovalenko @KovalenkoLab
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📢🚨HERE WE GO !!.Congratulations to @DebattamS on successfully defending his Ph.D. work. 🥳🥳🥳🥳🥳🍻.All the best for your future endeavors . @kanishkabiswas #PhD @jncasr
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📢📢 WE ARE HIRING !.We are delighted to announce that we have an open position for Ph.D. in our lab. Masters in Chemistry or Physics with a CSIR/UGC JRF qualification (preferably this year) can send their CV. Come, join us !!!.@jncasr @kanishkabiswas @NCU_JNCASR .#PhDposition
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📢WE ARE HIRING. Come, join us. Interested post doc applicants must have research experience in the field of condensed matter physics and low temperature transport properties. Send your application at application.biswasgroup@gmail.com . @kanishkabiswas #postdocposition
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Topological materials in Thermoelectricity. Here is @RiDdHiMoyPathak , 3rd year Ph.D student from our group presenting his work in #RSCPoster #RSCPosterLive.
Quantum Materials and Thermoelectricity!!!!!!! .Excited to share our work on the origin of low lattice thermal conductivity in topological insulator, Bi1.1Sb0.9Te2S. #RSCPoster #RSCMat #RSCEnv #thermoelectrics #topologicalinsulator @BiswasLabJNC
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Here is Mr. Anustoop Das, 3rd year Ph.D. student from our group, explaining why antibonding states are sometimes good in #RSCPoster #RSCPosterLive.
Antibonding States, not always a devil for chemists! . Check out my latest work on CuBiI4 to learn more. #RSCPoster #RSCPosterPitch . #rscposter #RSCInorg .@RoySocChem.@BiswasLabJNC
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