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1. Use Deep RL to predict stable 3D protein structures that would not normally occur in Nature 2. Simulate gravitational dynamics to winnow down candidate crys
by ArtWomb 7y ago
1. Use Deep RL to predict stable 3D protein structures that would not normally occur in Nature
2. Simulate gravitational dynamics to winnow down candidate crystals that cannot be synthesized in terrestrial conditions because they would collapse under their own weight
3. Find novel applications for those proteins such as DNA data storage and computation
4. Design a prototype microgravity factory that operates at scale and exploits rapidly falling launch costs
5. Convince Big Pharma to invest using the rationale that space is the next big profit driver
Best of Luck ;)
- markovian 7y agoThanks, very interesting. Could you develop steps 2 and 4?
- adrianN 7y agoEach one of those steps is a billion dollar company.
- sincerely 7y agoSounds like a 5 billion dollar company in the making then! :)
- gewa 7y agoI always wonder if hackernews knows the difference between research and development. When it comes to biology, I feel like there is a real hubris fuled by fantasy headlines.
- ackbar03 7y agoWait, which step is profit? Or is that step 0?
- nl 7y agoI hate to point this out, but: Find novel applications for those proteins such as DNA data storage and computation There's no reason to do step 2 you can do this. Ignore the microgravity requirement and make more profit by finding ones that can work in normal gravity.