Alex Dickson
@dicksonlab.bsky.social
680 followers 330 following 46 posts
Developing new methods for molecular simulation. Likes: Data vis; ML; drug discovery; semicolons.
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dicksonlab.bsky.social
Today I asked someone "what shape is your loss?" and I think that could really be a question for everybody
dicksonlab.bsky.social
BatchNorm is evil. Pure Satan spawn sent to destroy us and our projects 👿
dicksonlab.bsky.social
I was so proud that I found it 💔. Get it together nyt!
Reposted by Alex Dickson
acscomp.bsky.social
🚨 PLEASE RT 🚨

Are you a comp chem trainee attending Fall ACS in Washington DC? Would you like to expand your network with mentors in industry & academia at the COMP Mentor Lunch?

Fill out this form if you are interested in attending!

forms.gle/dkozpTx3RyK8...
ACS Fall 2025 COMP Mentor Lunch
Please fill out this form if you are a student that would like to come to the COMP Mentor Lunch on Tuesday August 19th at 12:30pm. You will hear back from us with confirmation of your attendance by en...
forms.gle
dicksonlab.bsky.social
A watched model never trains
Reposted by Alex Dickson
guillemsimeon.bsky.social
Hi network, I am looking for a job in London! Can anyone help me? 😊
Reposted by Alex Dickson
drklemistry.bsky.social
The Klem Lab at LSU is hiring a postdoctoral researcher in computational biochemistry!
Application info: klem-research-group.github.io/join/
♻️ Please share with anyone who might be interested! #chemjobs #postdoc #compchem #biochemistry #enzymes
dicksonlab.bsky.social
Toady Hawk Pro Karter
Reposted by Alex Dickson
chhdellago.bsky.social
Lyapunov instability of a system of WCA disks. Initially, the two systems (blue and red) differ only by 10^-12 in the x-velocities of two particles. The exponential divergence of the trajectories, probed by the configuration space distance, is shown on the right.
dicksonlab.bsky.social
Our Flexible topology pocket explorer paper is up on ChemRxiv! doi.org/10.26434/che... We run simulations in the B2AR receptor and show that the Flexible Topology particles capture aspects of known B2AR ligands. We also show how FT frames can be used for screening to find new hits!
Flexible topology molecular dynamics uses a set of particles with dynamic charges and sizes to model many ligands in a binding pocket over the course of an MD simulation.  This helps consistently model ligand-induced conformational changes in the binding pocket during screening.  Individual frames from these simulations can be used as queries to perform virtual screening on databases such as ZINC or HMDB.
dicksonlab.bsky.social
Lead is sweeter in the short term but you might regret it later..
dicksonlab.bsky.social
I asked my kids to sing the Canadian national anthem, and they started off to the tune of "O Christmas Tree" 😬
dicksonlab.bsky.social
Flexing some old vector geometry muscles 😅
dicksonlab.bsky.social
⬆️ ⬆️ Still looking for people who want to work at the intersection of MD and cryo-EM! The position also happens to be privately funded by an alumni donor and guaranteed for 4 years, which sadly, seems important to mention these days. Apply by March 28! (and please share!)
dicksonlab.bsky.social
When you find the perfect photo..
Reposted by Alex Dickson
jeremymberg.bsky.social
I have confirmation from several sources now that all T32s, many F30s and F31s, and most or all Center awards (P30, P50) have been terminated at Columbia.

This is quite damaging to research and to individuals.

This is pure terrorism and cannot be legal. But litigation will take time...
dicksonlab.bsky.social
I finally did it! 10k unread emails! Wow. What can I say?.. I couldn't have done this alone. It's been a long road. There's so many people I'd like to thank...
A partial screenshot showing exactly 10,000 unread emails on the Mail app.  A dramatic failure of communication in the modern era.
dicksonlab.bsky.social
Just came across this thread and appreciate all the recs! Already found some great stuff. Thanks!