
Pradyut Roy
@dr_lumens
Ph.D. from IISER Pune.
ID: 984493173555810305
https://pradyutroy01.wixsite.com/pmrf 12-04-2018 18:07:18
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Our work on Pure-blue emitting InP QDs gets highlighted in Nature India Nature India nature.com/articles/d4415…

Heartiest Congratulations to Abhijit Chatterjee and the whole team for their recent publications in Chemical Science 👏🎉

Most existing quantum dots contain toxic metals which limits their use in electronic and medical devices. IISER Pune scientists crafted pure blue light-emitting non-toxic quantum dots. go.nature.com/47zJE7B Pramod Pillai


A big congratulations to Pramod P. Pillai (Pramod Pillai), Pradyut Roy (@Mr_Lumens) and Mishika Virmani who had their recent Chemical Science paper highlighted in Nature India 🤩 Read the original paper here for free: doi.org/10.1039/D3SC00…

Congratulation Indra Narayan Chakraborty on creating artificial photosynthetic machinery based on InP QD. A great effort indeed. Nice to be part of this amazing work. Congratulations to the whole team again 🥳

Very Excited to see the path-breaking fundamental to translational research. Congratulations Radha Krishna Kashyap and Pramod Pillai Sir on developing Plasmon-power STEGs, specially the record efficiency of 11.5 %. Nano Letters, Nano Alchemy Lab




Our work on all-InP based inter-QD energy transfer process is now out in Applied Physics Letters. The highlight is the ligand-directed assembly of ‘green & red QD’ leading to an efficient FRET throughout solution and solid states.


Introducing ansiotropic Au-Rh superstructures for plasmonic photocatalysis. A site-selective growth of Rh islands on AuNRs boosts the photoregeneration of biological cofactors. Now out in Chemistry of Materials. Congratulations Ankit Dhankhar shorturl.at/WKFzr



Our recent Perspective highlights the power of combining artificial light harvesting systems with natural enzymes for achieving perpetual chemical synthesis. We thank the Editors of Chemical Science for this opportunity. A great effort by Vanshika Jain pubs.rsc.org/en/content/art…

Happy to share our recent work published in Angew. Chem. Int. Ed. Here we illustrate the tuning and enhancement of chirality in optically active bimetallic clusters leading to highest dissymmetry values in this class of materials. Angewandte Chemie onlinelibrary.wiley.com/doi/full/10.10…
