Bing Gu

It is finally out...... Now everyone can compute the optical absorption properties of their favorite material "dressed" by arbitrary drive laser intensity and photon energy and observe Floquet replicas in solids. Together with @BingGu8 @FrancoGroupUofR journals.aps.org/prb/abstract/1…

Eerily accurate.

Super nice spotlight of our research on #QuantumFrontiers in the @TellurideSci newsletter! Thanks so much! @URochesterChem @UofR conta.cc/3tP74ED

@HuoGroup @URochesterChem Congratulations!

Thrilled to share the news that I was promoted to Associate Professor with Tenure @URochesterChem! Just got a copy of the letter from my chair. I feel extremely grateful for the incredible students, postdocs, and colleagues at Rochester, without whom this will never happen!

Oh wow, we just got a paper published in @Nature ! In it we show how to user lasers to construct the fastest-ever logic gates, which are the basic building blocks of computers. So exciting! @URochesterChem @UniFAU @UofR nature.com/articles/s4158… phys.org/news/2022-05-l…

@ucsd_yuen @UCSDPhySci @UCSDChemBiochem Congratulations!

Join us in congratulating Dr. Matt Du for successfully defending his PhD thesis @UCSDPhySci @UCSDChemBiochem !!!

Hey #compchem, simulating nuclear wavepackets? We've got a protocol for you so you can excite them with entangled photons: pubs.acs.org/doi/10.1021/ac… All credits to @BingGu8 !

Congratulations!

Here is an animation showing #polariton formation: an exciton (electron-hole pair) recombines into a photon, which bounces on the cavity mirrors until reabsorbed to form an exciton. The process repeats to form a superposition of photon and exciton states: an exciton polariton.

Very ​first paper from the Lin Group! Did not tweet earlier while waiting for @JPhysChem. Ths to the hard work from @Chengwei_Ju and @_ethanfrench!

Congratulations to Dr. Arkajit Mandal @arkajitmandal , who successfully defended his thesis yesterday! Arkajit developed new quantum dynamics simulation approaches, and investigated new chemistry enabled by quantum optics tools! We are extremely proud of your accomplishments!

Tomorrow, Thurs, 9/9, Arkajit Mandal/@arkajitmandal, PhD student in the @HuoGro, presents his PhD Defense: "Quantum Dynamics Simulation of Photons and Molecules ". Join us! events.rochester.edu/event/chemistr…

Beautiful work indeed!

Having searched and failed to find as a postdoc any potential gain in molecular spectroscopy due to squeezing, seeing these experimental realizations of early theory by K. Dorfman and S. Mukamel is very exciting. Bright and squeezed future ahead! pnas.org/content/118/33…

Taking quantum mechanics for the 1st time this Fall? You must be learning 1D particle-in-a-box now. Check out this interactive tutorial to learn to write Python codes to visualize the PIB wave function. Run the code in your browser, on your phone! liu-group.github.io/interactive-PI…

News from our Spectroscopy-of-Conical-Intersections-Department: Use non-invasive resonant infrared fields to enhance the coherence! Out now @J_A_C_S pubs.acs.org/doi/10.1021/ja…

Congrats to our dear ⁦@Leopoldo_Mejia_⁩ for hitting out of the ballpark during his Ph.D. defense today! How awesome has it been to watch you develop! ⁦@URochesterChem⁩

First preprint from Lin Group uploaded to ChemRxiv: shorturl.at/vyG05 Also submitted to an ACS journal. Good luck to ourselves!

how easy life can be if we all make our code reusable (in my opinion, easy to adapt, modulated, and readable) to others.

@XinyangLiChem @arkajitmandal And congratulations, of course!

Very excited to share our new work with supplementary cover art on (probably the first) ab-initio RPMD rate calculations for a tunneling-controlled chemical reaction. pubs.acs.org/doi/full/10.10… Thanks @arkajitmandal for helping me figuring out fancy lighting effects in Blender.