anustoop das
@anustoop_das
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Joined February 2023
Another big step completed — thesis colloquium done and dusted! Moving forward to the next big step. @BiswasLabJNC
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One of the most beautiful achievements as a PhD student working in the field of thermoelectrics. Proud to share. .
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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Presented one of the favourite works in ICT/ACT 2025 at Sendai, Japan. Proud moment. @BiswasLabJNC
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Happy to share recent publication from our lab. .
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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 .
onlinelibrary.wiley.com
Cs5Cu3Cl6I2 nanoplates exhibit reasonably photostable and intense broadband sky-blue emission, originating from self-trapped excitons. The self-trapping of excitons occurs due to strong electron-ph...
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RT @kanishkabiswas: Local atomic off-centering driven strong anharmonicity provides strong electron-phonon coupling and bright nearly photo….
onlinelibrary.wiley.com
Cs5Cu3Cl6I2 nanoplates exhibit reasonably photostable and intense broadband sky-blue emission, originating from self-trapped excitons. The self-trapping of excitons occurs due to strong electron-ph...
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Congratulations to the team. .
Local distortion from Cu s-d coupling via the 2nd-order Jahn–Teller effect drives exceptional thermoelectric performance in metal sulfides. Just out in @J_A_C_S .@kanishkabiswas @shuvobiswas2000 @VenkataMatu @MoinakDutta0 @te_materials .
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#HyPe24 was a great learning experience. Enjoyed the vibrant campus of NISER Bhubaneswar @niser_official. Proud moment to recieve the best poster award and sharing the same stage with Prof. P. Kamat, Prof. H. N. Ghosh and Prof. A. K. Ganguli. @jncasr @BiswasLabJNC
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Chalcohalide in thermoelectric. Check out our recent publication. .
Influence of Subvalent Twin-Rattler for High n-Type Thermoelectric Performance in Bi13S18Br2 Chalcohalide | Journal of the American Chemical Society @jncasr #Subvalent #TwinRattler #Thermoelectric #Performance #Bi #Chalcohalide
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RT @subarnadas_: Excited to share my first article as a corresponding author in Physical Review B! We explore how anion vacancies suppress….
journals.aps.org
Strategically manipulating defect dynamics in a crystalline solid can modulate lattice vibrations, thereby reducing thermal transport through the lattice and making it suitable for diverse applicat...
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RT @kanishkabiswas: Local structural instability and correlated atomic rattling due to Pauling’s third rule resulted in extremely low therm….
onlinelibrary.wiley.com
Pauling's third empirical rule, which deals with the cationic repulsion due to proximity in the face or edge shared polyhedra in a crystal structure, can provide structural instability required to...
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Proud moment. Congratulations @animesh_bhui. .
Congratulations! Animesh Bhui (Ph.D. student, New Chemistry Unit) on receiving the Graduate Student Award from International Thermoelectric Society @TEnetworkUK. Research guided by Prof. @kanishkabiswas @NCU_JNCASR.@IndiaDST
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Learnt a lot during preparing. A happy moment.
pubs.acs.org
Zintl phases represent a class of compounds, mainly intermetallics, which are characterized by ionic and covalent bonds in the same crystal. Since its discovery in the late 1800s, Zintl phases have...
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The best young scientist. EMRS was truly amazing. .
EMRS was amazing. 😊😊.
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RT @kanishkabiswas: Synthesis of a new hybrid indium halide with broad self trapped exitonic emission due to strong anharmonicity. Appeared….
pubs.rsc.org
We report a simple synthesis of a new lead-free zero-dimensional (0D) hybrid halide compound, (5P1)InBr5·2H2O [(5P1) = NH3C6H12NH3], which hosts isolated and distorted octahedra of [InBr5(H2O)]2−,...
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Our group secured the second place. Proud moment.
We congratulate the winners of #MaterialNEXT 5.0, the Open Innovation competition hosted by Tata Steel's Advanced Materials Research Centre. The event saw 18 teams present their innovative ideas in the realm of #AdvancedMaterials. #TataSteel #WeAlsoMakeTomorrow #Materials
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Check out our new work on the curious case of CsPb2Br5.
Extremely soft structure and strong electron-phonon coupling induced broad band emission in thermodynamically favored CsPb2Br5. Appeared in Chem Mater for VSI of 25th Anniversary of the.Chemical Research Society, India. @ChemMater @serbonline @jncasr .
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RT @kanishkabiswas: Extremely soft structure and strong electron-phonon coupling induced broad band emission in thermodynamically favored….
pubs.acs.org
Ever since the initial report on green emissive two-dimensional (2D) all-inorganic indirect band gap semiconductor, CsPb2Br5, arguments have arisen concerning its origin of photoluminescence, which...
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