Tom Moore

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

A fully atomistic molecular dynamics simulation of dual oblique Al nanoparticle high-velocity impact onto a frozen FCC aluminum substrate using LAMMPS. GitHub Repo: github.com/Computational-…

@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.

@mooreth42 Can SAMSON handle DNA in a TIP5P aqueous environment or is this more considered during the post-modeling sim’s rollout? Sorry for dumb q

It's a pretty straightforward leap from this TX crossover to stapling together origami. Download here samson-connect.net/documents/9ade…

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

@mooreth42 odd half-turns finally when you chain all 10 dao crossovers are you aiming square or honeycomb first

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. samson-connect.net/documents/28b7…

@SwedenTheDeal @EMostaque Like this x.com/mooreth42/stat…

@EMostaque Utility Fog?

Who’s building nanobots? Seems the last leg of Kurzweil’s predictions

@yorkartur @EMostaque Like these x.com/mooreth42/stat…

@EMostaque Foglet is one of my favorites

@gurgle_io @EMostaque Like the Living Machine Challenge github.com/mooreth/Autono…

@EMostaque Build a robot that builds a copy of itself but 20% smaller.

@EMostaque I'm designing diamond ones

They call me One-Take Tommy. Learn DNA nanotechnology with the DPE crossover youtu.be/nBJIpBHfukg

Got a short one for Friday so we can get out early. Model the DAEJ crossover with me. youtu.be/pivz2vMqK28

@kent39760063 @grok 944, not sure the year

Let's soften things up some from diamond. I'm starting a new series and part repository for DNA structures, machines, and origami. DNA is what I worked on before I got into diamond machines. Here is the first tutorial. youtu.be/Ipkd4hwkckk

@theodorus5 The underlying assumption came from here edwardtufte.com/notebook/retin…

@mooreth42 A hundred terabytes? Not as much as I would have suspected.. I've been trying to calculate few similar numbers myself actually - in particular smallest total amount of data to specify the structural connectome. I got it down to 12 petabytes (tho Im questioning my premises there)

How much computer memory can you squeeze into 2 cubic microns?

@theodorus5 2.1 × 10¹⁴ bits

@mooreth42 Wow...very nice! But that looks like molecular nanotech? Drexler's 'rod logic'? For my purposes we need to stick to existing microelectronic / nanofabrication. What's the estimated total data in your eyes scenario BTW?

@theodorus5 A grape size volume of these can store everything your eyes see for 100 years.

Think I might knock it back to 16 Kb to make it look a bit more reasonable

@boxcardavid I'm in Detroit. Let me know about any next one.

Low turnout wtf first 2 beers on me now

Meetup (beers) in Detroit tomorrow night at 7pm on Michigan Ave link below

Playing with the upcoming SAMSON path tracer update. Model by @mooreth42

Oops. I had to fix a topology error in the 66 wheel. I also added a 72 wheel to make up for the inconvenience of updating your library. samson-connect.net/TomMoore

@2112Power We need self-replicating factories someday.

More factory (new LA HQ coming soon!) Mostly thank you to the Hadrian team for putting up with double desks for a while.