Tom Moore

Working to inspire, educate, and equip the next generation of molecular nano-technologists

[Tom Moore @mooreth42]

If this is your first time seeing the molecular sorter I hope it instills the same feelings it did, and still does, me.

[Tom Moore @mooreth42]

@pfau I haven't forgotten.

[Tom Moore @mooreth42]

Learn to model this 3-arm DNA tile that can self-assemble into a large hexagonal pattern. https://t.co/xxIo6hR7tQ

[Tom Moore @mooreth42]

Diamondback takes conventional solid CAD models and turns them into atomistic assemblies. Plan nano-scale robotic systems without rendering 100s of millions of atoms!

[Tom Moore @mooreth42]

@campedersen Thanks! I'd like to make a 6-axis robotic arm at the nano-scale. I have some tutorials on modeling and simulating these here: https://t.co/DthQehIx2s

[Tom Moore @mooreth42]

Racks for the 32-tooth gear. There is a bushing on the other side as well, but it is a little too large. Making it smaller would be an excellent intro project for someone. https://t.co/Hba6jgBgLe

[Tom Moore @mooreth42]

@afshawnl I want to use their heat exchanger tech to cool megawatt/M^3 Nanofactories.

[Tom Moore @mooreth42]

First all diamond screw. Check it out in detail. https://t.co/dnE2xtBfmd

[Tom Moore @mooreth42]

@ChimiaDAO You're welcome.

[Tom Moore @mooreth42]

World largest repository of Diamond and DNA nanotechnology models. All available for download. https://t.co/d7vBiGP99p

[Tom Moore @mooreth42]

@akshansh_mishra Thank you, Akshansh!

[Tom Moore @mooreth42]

Self-assembling DNA tile originally designed by Dr. Chengde Mao modeled in #SAMSON with the Adenita extension. I want to make a tutorial on this next week.

[Tom Moore @mooreth42]

I'm fine being a NVIDIA to their TSMC. :)

[Damian Allis @somewhereville]

https://t.co/HEVsvoRQXd Atomically precise, positionally-controlled, zero-bias #mechanosynthesis. High reliability. Including the demonstration of C-C bond formation in the form of short polyyne chains in surface configurations never before reported in the literature.

[Akshansh Mishra @akshansh_mishra]

A fully atomistic molecular dynamics simulation of dual oblique Al nanoparticle high-velocity impact onto a frozen FCC aluminum substrate using LAMMPS.

GitHub Repo: https://t.co/cILnVc1neP

[Tom Moore @mooreth42]

@bioinfojoe I don't see why not. Maybeyou'd have to have Adenita convert to the atomistic form of DNA and then use the GROMACS wizard with tip5p.gro and .itp to solvate.

[Tom Moore @mooreth42]

It's a pretty straightforward leap from this TX crossover to stapling together origami. Download here https://t.co/yiins74C5A

[Tom Moore @mooreth42]

@0xcaosheng_888 Square. I think I will show some self-assembling tiles and then some origami structures like this

[Tom Moore @mooreth42]

DAO crossover. Same as the double anti-parallel even (DAE) but now with an odd number of half-turns between crossovers. Got 10 crossovers to get though and then we'll put them together for more complex stuff. https://t.co/4LJtiX3I09

[Tom Moore @mooreth42]

@SwedenTheDeal @EMostaque Like this https://t.co/w6CszPhVrW

[Tom Moore @mooreth42]

@yorkartur @EMostaque Like these https://t.co/nIBbzJeLfI

[Tom Moore @mooreth42]

@timventura I've been working on some rendering of UT. Josh thought they looked good.

[Tom Moore @mooreth42]

@gurgle_io @EMostaque Like the Living Machine Challenge https://t.co/GExMSeNsrv

[Tom Moore @mooreth42]

@EMostaque I'm designing diamond ones