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jrin771.github.io/nanosystems.html

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I’d like to start by thanking Luke Farritor, who has spent many late nights assisting me with this review, Amir Tarkian, who has been extremely knowledgeable on matters of extreme vacuums, and Anton Troynikov, who gave me the idea of shipping something rather than nothing. :) I’d also like to thank My Current [Anonymous] Landlord, Enze Chen, Adam Marblestone, Aydin Gokce, Teddy Ganea, Darson Chen, Martin, Matt Parlmer, Victor Li, Lachlan Sneff, Lukas Suss, Danila Medvelev, Mark Friedenbach, Leo Glikbarg, and Max Newport for their support. If there is anyone I have forgotten, I profusely apologize. I could not have done this/continue to do this alone. The math of Nanosystems seems to work enough to be interesting (even if its not as fast/strong/etc. as the book suggests), yet only a handful of relevant physical experiments have been published. I’m going to go do more of these relevant physical experiments and put the results on arXiv. My first experimental goal is to recreate this paper

A Technical Review Of Nanosystems By Jacob Rintamaki UPDATES: (May 13th, 2024) Wow it's been a while since I've worked on this particular aspect. I will be updating this review (going through revisions), since I think that by the end of the summer I will be able to have a very detailed, in-depth approach (which will be necessary for convincing more people that this stuff could actually work), however most of my effort is spent on nanotechnology experiments. I am aware that many of the links are broken, I am working on fixing that. -Jacob tl;dr The math of Nanosystems seems to work enough to be

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