Phonon-glass electron-crystal like inorganic solid with extremely high thermoelectric performance. Just appeared in Advanced Materials onlinelibrary.wiley.com/doi/10.1002/ad… SERB DSTIndia JNCASR Bangalore Advanced Sci News Biswas Lab

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! Maksym Kovalenko KovalenkoLab

Lattice instability induced concerted structural distortion in charge density wave GdTe3 probed by synchrotron X-ray PDF and others. See our just published Advanced Functional Mater. JNCASR Bangalore SERB Ivy Maria 🍀 Sushmita Chandra Prabir Dutta onlinelibrary.wiley.com/doi/10.1002/ad…

Collaborative work with Tapas K Maji on COF-Topological Quantum Material Nano-heterostructure for CO2 to Syngas Production under Visible Light. Our group Jayita Pradhan contribution is bringing TIs in this game. Angewandte Chemie JNCASR Bangalore DSTIndia onlinelibrary.wiley.com/doi/abs/10.100…

A New & Views article in Nature Materials on "Superionic thermoelectrics" written by my graduate student Animesh Bhui Animesh Bhui and myself DSTIndia  JNCASR Bangalore  Nature Materials nature.com/articles/s4156…

Kudos! Debattam Sarkar (Ph.D. student, NCU) on being awarded KPIT Shodh Best Research Award (for Best Ph.D. Thesis), under the mentorship of Prof. Kanishka Biswas JNCASR Bangalore.

📢 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 !!! Kanishka Biswas JNCASR Bangalore New Chemistry Unit

We have been recognized based on our idea and prototype on Phonon-Glass Electron-Crystal Thermoelectric Materials. Vaishali Taneja and Riddhimoy Pathak put great effort for last 2 months for different rounds of presentations. JNCASR Bangalore DSTIndia Tata Steel

An enriching experience with valuable lessons learned along the way 😇

Synthesis, structural transition and extremely low anisotropic phonon transport (2-300 K) in three new Pb-free hybrid layered double perovskite halides. Just appeared in Angewandte Chemie Angewandte Chemie SERB JNCASR Bangalore DSTIndia onlinelibrary.wiley.com/doi/10.1002/an…

Imagine startups pitching groundbreaking science, networking with fellow founders, diving into masterclasses, and getting game-changing mentoring—all under one roof! Follow along for front-row seats to this epic show. #ACSIgnite #DeepScience #Startup American Chemical Society JNCASR Bangalore

Ever wondered why startups are buzzing about ACS Ignite? It's not just about funding—it's about networking nirvana, masterclass magic, and pitch-perfect opportunities. Follow along for all the action! June 13, 2024 | JNCASR, Bengaluru #StartupPitch #Startups #Investing

Startup founders juggle with multiple roles driving innovation, from research to business strategy. ACS Ignite: Catalyzing Innovation and Empowering Deep Science Start-ups A platform for science startup founders and venture capitalists. JNCASR Bangalore T Govindaraju American Chemical Society

We are thrilled to announce the launch of the newly designed website for the ACS Student Chapter at JNCASR! 🌐✨ Explore our latest initiatives, upcoming events, research highlights, and much more. 🔗 Visit us at: acschapter4.wixsite.com/acs-student-ch… T Govindaraju JNCASR Bangalore

From big dreams to big pitches, the energy is electric at #ACSIgnite! Prepare for a day brimming with excitement, meaningful connections, and groundbreaking moments. #ACS #Startups #JNCASR #EventAlert #Innovation #Startupspace #Scienceinnovation #VCs #Investments

Congratulations! Animesh Bhui (Ph.D. student, New Chemistry Unit) on receiving the Graduate Student Award from International Thermoelectric Society TE network UK Research guided by Prof. Kanishka Biswas New Chemistry Unit DSTIndia

Ferecrystal nanostructures imbibing rotational disorder act as an excellent platform to impede phonon propagation resulting in an enhanced thermoelectric perfomance in n-type SnSe. Check out our recent work to learn more!