harmful proteins. Built in Wolfram Language with GPU acceleration, this method accelerates simulation of rare transitions. Valuable for drug design. On image attached: putative low free-energy path of the CRBN open-close conformational transition.
community.wolfram.com/groups/-/m/t...

free energy landscape for physically realistic protein changes. Cereblon protein (CRBN) plays important role in targeted protein degradation. The research maps its transition between open and closed states, a process critical for how molecular glue drugs trigger the breakdown of...

Tech details... This work boosts (classical) molecular dynamics with AI using a physics-informed autoencoder neural network that compresses complex 3D protein structures into a simplified latent space. Key idea is aligning the latent space with the protein’s ...

AI helped to translate original P5.JS Processing code into Wolfram Language. Reasoners like 𝐃𝐞𝐞𝐞𝐩𝐒𝐞𝐞𝐤-𝐑𝟏 are very good at it. Originals are by the artist @yuruyurau on 𝕏 - check him out: x.com/yuruyurau

CellularAutomaton[110, {{1}, 0}, 50]
-- this is how you run 110 rule with single command in Wolfram

mathematica.stackexchange.com/q/305235/13
1) GenArt makes programing enjoyable and is an educational catalyst, on par with gamification.
2) Machines follow rules; art transcends them. This tension sharpens artistic expression.
3) Code, as an art medium, amplifies logic's role in creative process.

Fractals are self-similar: zoom in, zoom out—structures repeat at every scale. So infinite zoom loops possible in animations of mathematical fractals. Match any frame to the start, and the loop becomes seamless. Scale invariance, from snowflakes to the cosmic web, reflects that in real world.

A surprising connection between knots and fractals was uncovered by high school students, who proved that any knot can be embedded in the intricate structure of the Menger sponge, a fractal with infinitely many voids.
www.quantamagazine.org/teen-mathema...

For example, what do you think this code does? Try changing 7 to other integers.
knot=Total@NestList[2(#/.t->2t)/3&,
KnotData["Trefoil","SpaceCurve"][t],7];
ParametricPlot3D[knot,{t, 0, 2 Pi}]