Very excited to share our work online in @J_A_C_S. In this project, both experimental and theoretical techniques were developed to investigate effects of solvents on the band-edge energy shift of quantum dots. @CP2Kproject for thousands of atoms. https://t.co/PM56M7Phmv
— Le Nhan (@LeNhanChem) March 26, 2024
Check out our super hot🔥 article in @JOC_OL 😁: electron donor-acceptor photoactivation reactions https://t.co/QlGpXA8AZV
— Le Nhan (@LeNhanChem) March 2, 2024
High electric fields formed at the interface of water microdroplets can catalyse reactions and make them happen spontaneously. Check our latest paper in @J_A_C_S to see how the electric fields can be applied in the reality of chemical processes. 🎉🥳🍻https://t.co/Ol2YzivLmr
— Le Nhan (@LeNhanChem) September 19, 2023
Our study on the roles of ionic liquids and water in recovery of the rare earth metal Neodymium has been online in @ACSSustainable 🥳🎊🎉https://t.co/M2dJOepjG4
— Le Nhan (@LeNhanChem) September 22, 2023
Very happy to see that our work earns three titles in @ChemicalScience: #ChemSciPick, #MostPopular, and #HotArticle. https://t.co/sR8Lqzcxhi pic.twitter.com/RmJuAMLS3m
— Le Nhan (@LeNhanChem) May 16, 2023
I am very proud to have contributions to this amazing project published in #AdvancedOpticalMaterials. A new affordable material for night vision has been born with a wide array of industrial applications.https://t.co/r1Pv0MmjBj
— Le Nhan (@LeNhanChem) May 24, 2023
Our work is online now in @J_A_C_S. Congrats to the whole team again. 🎉🎉🎉🍻🍺 https://t.co/MNaE5QIHOU
— Le Nhan (@LeNhanChem) May 18, 2023
Our recent work in @ChemRxiv proposed a new electrochemical polymerization way to synthesize poly(trisulfides) with precise control of sulfur rank. DFT calculations revealed that precise sulfur rank was ensured by a reversible ‘self-correcting’ mechanism. https://t.co/G92GfYx78i pic.twitter.com/Rwv40H3QBj
— Le Nhan (@LeNhanChem) March 28, 2023
Couples of months ago, I wrote ~400 lines of python codes to prepare inputs for replica exchange with solute tempering (REST) simulations using Gromacs. The code will save your time significantly. Now it is set public; feel free to check it.https://t.co/tMk5GTiLYv
— Le Nhan (@LeNhanChem) November 12, 2022
I am very happy to have contributed to this work on a series of monometallic, homobimetallic, and heterobimetallic complexes of Cu and Zn. 😁https://t.co/jciduBLn0P
— Le Nhan (@LeNhanChem) November 21, 2022