I had a great time at #EuChemSCompChem2023 last month. Some really great science, impressive talks, and very lively poster sessions at which I was thrilled to receive a best poster presentation award. My thanks go to all the organisers for putting on such a great event!
Today is the last day to submit an abstract to the Quantum Effects in Biology conference (QUEBS 2023). Submit an abstract here 👉https://t.co/E1CshSUmMs
Register https://t.co/NgR1EJv4PP now for the Quantum Effects in Biological Systems workshop 2023 at the @UniOfSurrey. Speakers include Greg Engel, Alexandra Olaya Castro, Thorsten Ritz and many more!
Congratulations to the first four PhD graduates from our @QB_DTC @UniOfSurrey:
From L to R: @LouieSlocombe, @SapphireLally, Michael Spencer and @LesterBuxton. Ignore the old guys at the back. We're only their supervisors.
I am sure that this pre-GRC online school will be superb as well as informative. Free to register!!! don't miss this exciting online school on #QuantumBiology
📢 The first-ever Quantum Biology @GordonConf takes place March 19-24 where I'm co-charing with @ClariceDAiello. ⏳The deadline for abstract and application is extended to 25 Feb. Reg. deadline is 26 Feb. Don't miss this exciting opportunity!
https://t.co/uYEZrpMqNL
Congratulations to @LouieSlocombe @theMSCWins @jimalkhalili@drmarcosacchi on the publication of "Proton transfer during DNA strand separation as a source of mutagenic guanine-cytosine tautomers" in Nature Communications Chemistry! https://t.co/vWO3svsa0V
Our latest paper in which we look at process of DNA strand separation and role of proton tunnelling in H-bonds between G-C base pairs leading to mutations.
Am tweeting it again as last time had wrong link. With
@LouieSlocombe, @theMSCWins, @drmarcosacchi
https://t.co/VrCyL4N9Ng
I am very proud of the work of Max Winokan @theMSCWins and Louie Slocombe @LouieSlocombe just published on Communications Chemistry. Btw, it's open access, so you can read it here:
https://t.co/qHGxa0Hh4l
When DNA strands unzip by helicase enzyme, mutagenic guanine-cytosine tautomerization becomes stable due to double proton transfer, effectively trapping the tautomer population, @LouieSlocombe, @theMSCWins, @jimalkhalili, @drmarcosacchi, @QB_DTC report.
https://t.co/Z75zYfoEdJ
Proud to announce our latest paper in Nanoscale Horizons. We show how HeSE and DFT are employed to discover a new open-network phase of h-BN.
#hBN#CVD#DFT#2Dmaterials
A new process to build 2D materials made possible by quantum calculations https://t.co/GYvJSilSMv