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Scientists have found a way to stop the #quantum dance of atoms seen by electrons in carbon-based organic molecules. This discovery can enhance the performance of light-emitting molecules used in displays and biomedical imaging. buff.ly/4ba1HDs St John's College, Cambridge Pratyush Ghosh

This was my favourite book in BSc days. Physical chemistry textbook now free to download as a ‘gift’ to the community: chemistryworld.com/news/physical-…

Check out our latest work on spin optical interface in purely organic system led by Rituparno Chowdhury Exc Outstanding effort by him 🙂

A nice beam mode is always cool to look at 🔵😎🤓🔵

The new paper was published in Nature Photonics! Thank you very much to all contributing to this work!:) nature.com/articles/s4156…

Checkout our latest work on some cool low bandgap multi-radical systems. Very happy to be involved in shining laser on those beautiful molecules with Rituparno Chowdhury Yao Fu made and led by Craig P. Yu

Checkout this cool work from the group of Jyotishman Dasgupta and Sayam Sen Gupta

Who is going to answer this one? Can you measure how much time it takes for a thin layer of solvent to evaporate from a transparent surface (maybe glass) ? **You can use a laser beam. ***Ofc, you can say that by using a microscope but I'm looking for an easier one.

Quite proud to be part of our latest work with Bronsteingroup Jenny Nelson Group Jarvist Moore Frost Here we observed configuration dependent CT states (dynamics) in mimicked(model) heterojunction Thanks to @RaoGroupCAM Nature Chemistry

Leader in optics and biophysics while unifying the Indian community to establish one-of-a-kind FCS workshop for building research tools! DCS celebrates the amazing legacy of Sudipta Maiti through a symposium "Biophotonics@TIFR: A Halo of Memories" Tata Institute of Fundamental Research TIFR Alumni Association

Strongly recommend working with Dan 😊

Not sure what should I call it? Chemistry or art? Just beautiful!!! Let's take a moment to appreciate this art

Extremely thrilled to share that our recent work on ultracold reactions has been published in Nature Communications 😀! Link: rdcu.be/d1DpY Nature Communications St John's College, Cambridge Cambridge Chemistry The Leverhulme Trust Los Alamos National Laboratory Cambridge University

Observing vibrational coherences on a spectrograph while catching the elusive “exciton-polaron”. The spectrograph records a projection of macroscopic polarization in a quasi-1D-perovskite lattice that oscillates in phase Tata Institute of Fundamental Research Sudip Chakraborty TIFR Hyderabad The Journal of Physical Chemistry Letters

It was a great honour. Thanks so much Cavendish Laboratory

Great to see this out in nature today! We show that phosphorene nanoribbons can display both magnetic and semiconducting properties at room temperature. Amazing effort with Arjun Ashoka Chris Howard @ChemistClancy Naitik Panjwani nature.com/articles/s4158…

An efficient chiral emission from organics!!!! Check out the cool work led by Rituparno Chowdhury and Marco. Honoured to be part of