Ivy Maria 🍀
@fermiion
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PhD Student @BiswasLabJNC @jncasr | Topology and (A)symmetry enthusiast | advocate for Curiosity-driven science | 🧪🔭🚲🥾 ✒️📖🖌️| Views are mine.
Bangalore
Joined December 2017
And all around I find no competition, but those whom I can learn from, what I can grow to, and redefine my realities.
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RT @mvkovalenko: For the attention of the broad research community of inorganic chemists: our department is hiring for a tenure-track posit….
ethz.ch
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Lovely read!! Thank you authors for this beautiful review.
Read our latest work on chemical bonding in #thermoelectric materials, published with @SpringerNature in @NatRevChem .
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RT @RiDdHiMoyPathak: 🚨Announcement from @BiswasLabJNC .WE ARE HIRING !!! Immediate Ph.D. position available. Students with a masters degr….
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RT @kanishkabiswas: Glassy thermal transport and zT of 2.7 in doped GeTe results from the inhomogeneous ferroelectric instability developed….
advanced.onlinelibrary.wiley.com
Inhomogeneous ferroelectric instability induced confined phonon mean free path leading to glass-like thermal transport, and ultra-high thermoelectric performance in BiSe, Pb co-doped GeTe.
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RT @animesh_bhui: Local distortion from Cu s-d coupling via the 2nd-order Jahn–Teller effect drives exceptional thermoelectric performance….
pubs.acs.org
Seeking new and efficient thermoelectric materials requires a detailed comprehension of chemical bonding and structure in solids at microscopic levels, which dictates their intriguing physical and...
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RT @DDSarmaGroup: Check out our @ChemMater article where we uncover an intriguing ultralow thermal conductivity in a crystalline material T….
pubs.acs.org
A comprehensive understanding of thermal transport is crucial for many applications, including heat dissipation systems, thermal barrier coatings, and harnessing potentials of thermoelectric materi...
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And that’s a wrap for this year’s Winter School! Huge thanks to the amazing speakers for their inspiring, pedagogic talks. It was truly a wonderful journey of learning and exploring the frontiers of Materials Science!
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From being the most intrigued by QM & spectroscopy as a student to teaching it as a TA, the journey feels surreal. Teaching wasn’t something I initially saw myself enjoying, but I’m so grateful my advisor encouraged me to try it before forming an opinion. #LastClass
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RT @mandal_group: Congratulations to Dr. Aparna R. K. on successfully defending her PhD thesis. Special thanks to Prof. Tapas K Maji for hi….
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RT @DeblinaSarkar59: Please #share! Multiple #Gradstudent positions available in my lab at @MIT in nanoelectronics, spintronics, neuroscien….
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Do check out our latest work!.
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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The biggest reward during PhD? The pure thrill of discovery! That moment when you realize you’ve unlocked something new—maybe a new compound from XRD, a surprising SEM morphology, or a fresh equation that tells an untold atomic story. It’s pure intellectual adrenaline!.
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RT @kanishkabiswas: Nanostructured “ferecrystals” with TaSe2 in SnSe solid state matrix showed natural 2D superlattice heterostructure laye….
pubs.acs.org
Ferecrystals, a distinctive class of misfit layered compounds, hold significant promise in manipulating the phonon transport owing to their two-dimensional (2D) natural superlattice-type structure...
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"Curious about emphanisis? 🧐 Dive into our latest publication on Cs2PbI2Cl2 to learn more! .A huge shoutout to our reviewers—your invaluable feedback has pushed us to explore new depths and expand our knowledge. 🌟.
Local structural symmetry breaking upon heating, termed as emphanisis, evidenced in Ruddlesden–Popper mixed halide perovskite, Cs2PbI2Cl2. Just appeared in Advanced Materials @AdvSciNews @jncasr @IndiaDST @fermiion .
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RT @CMOKerala: For the people of Kerala, the road to recovery is going to be a long one. Your help no matter how small will be a step to re….
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RT @kanishkabiswas: Synthesis, structural transition and extremely low anisotropic phonon transport (2-300 K) in three new Pb-free hybrid l….
onlinelibrary.wiley.com
Three new hybrid layered double perovskites (HLDPs) have been synthesized by variations of trivalent metal centers in the inorganic layer as well as modifications in the organic spacers. All the...
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RT @ChemMater: Enhanced Topological Surface State Mediated Transport Elevates Thermoelectric Performance in SnSb2Te4 Quantum Material. By @….
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Feeling incredibly grateful and honored to have been part of this review journey! 🌟 One more step in climbing up the learning curve. .
Hidden (local) structures have tremendous impact on materials properties. Synchrotron X-ray, neutron scattering, and high-resolution advanced electron microscopy are the key. See our ChemSocRev @DebattamS @animesh_bhui @fermiion @MoinakDutta0 @jncasr .
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