I usually work on ideas that I (dumbly) think potentially would change the world.
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🌱 currently
- Working on a closed source project called poirot. Will make it open source when I think there could be a real world benefit.
- Reading "Why Fairy Tales Stick" by Jack Zipes, building a closed version of goodreads as a challenge.
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🧠 interested in
- How AI is served and specific empirical relationships between latency, batch sizes, and the theoretical implications of sparse models in differing architectures.
- Bioinformatics, especially in the generation of precursors, and how we can improve it through molsims, and taking QSAR a step ahead, paving over log P values and regression, with a true understanding of geometry, chemical activity, and a RAG like system which filters for biological active sites.
- Autonomous nautical vehicles, and building a framework upon which rapid iterations can be made, both in payload, and various other mechanisms.
- Aerodynamics: physics project was on rocket nozzles, am interested in optimising geometry to work for staging, particularly through more empirical research of different nozzle designs.
- Bionics: want to work with materials to make bionics lighter, cheaper and more bio-integrated, easy to manufacture, and match human function as closely possible.