jabowery

Joined 8 years ago

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27
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74
Member since
Nov 9
A consistent history of leading edge technology development, most recently with the Diogenes Institute's comprehensive plan for energy and the environment based on photosynthetic fixing of CO2, leading to involvement with Algasol's photobioreactor technology.

Other leading contributions started with the first networked virtual reality gaming system (Spasim), the first mass market network information service (Viewtron), the first prize for rocketry leading ultimately to the Ansari X-Prize, the first federated login, authentication and authorization system for web-based customer accounts (HP), the first reliance on top-down universal artificial intelligence (AIXI) for natural language understanding (Hutter Prize), and what may have been (unknown due to secrecy requirements in this area) the first high frequency cryptocurrency arbitrage system.

Public life includes leading commercialization of space launch services, testimony before Congress on privatization of space launch services and the first Ka-band communication satellite license issued by the FCC.

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Recent submissions

Comment · 1 month ago
Comment · 2 years ago
Comment · 2 years ago
Replace the 16th Amendment with a single tax on net assets at the interest rate on government debt, assessed at their liquidation value ... and use the revenue to privatize government with a citizen's dividend.

https://ota.polyonymo.us/others-papers/NetAssetTax_Bowery.tx...

When we got a law passed to privatize space launch services back in 1990

https://www.youtube.com/watch?v=boLdXiLJZoY

we were in the midst of a quasi-depression so I decided to address the problem of private capitalization of technology with the aforelinked proposal.

Comment · 2 years ago
In identical twins, autism and homosexuality both have about the same rate of non-occurrence between the twins: 50%. This means, of course, that autists and gays are "born, not made" by the environment. Move along. Nothing to see here.
Comment · 2 years ago
Don't count on it. My experience is that funding goes to those who are not serious about autism epidemiology. Back in the mid-1990s, I was at a startup in Silicon Valley with about 100 employees where, during a few year period, 5 of the employees had children diagnosed with autism severe enough that they were barely verbal at best. This struck me as a great opportunity to discover the cause so I contacted a Berkeley epidemiologist who had been funded to do autism research. His comment was simply that "Yes we know that these microclusters exist." and that was that. No follow up.
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Comment · 2 years ago
Dear Claude 3, please provide the shortest python program you can think of that outputs this string of binary digits: 0000000001000100001100100001010011000111010000100101010010110110001101011100111110000100011001010011101001010110110101111100011001110101101111100111011111011111

Claude 3 (as Double AI coding assistant): print('0000000001000100001100100001010011000111010000100101010010110110001101011100111110000100011001010011101001010110110101111100011001110101101111100111011111011111')

Comment · 2 years ago
Learning theory is the attempt to formalize natural science up to decision. Natural science's unstated assumption is that a sufficiently sophisticated algorithmic world model can be used to predict future observations from past observations. Since this is the same assumption as Solomonoff's assumption in his proof of inductive inference, you have to start there: with Turing complete coding rather than Rissanen's so-called "universal" coding.

It's ok* to depart from that starting point in creating subtheories but if you don't start there you'll end up with garbage like the last 50 years of confusion over what "The Minimum Description Length Principle" really means.

*It is, however, _not_ "ok" if what you are trying to do is come up with causal models. You can't get away from Turing complete codes if you're trying to model dynamical systems even though dynamical systems can be thought of as finite state machines with very large numbers of states. In order to make optimally compact codes you need Turing complete semantics that execute on a finite state machine that just so happens to have a really large but finite number of flipflops or other directed cyclic graph of universal (eg NOR, NAND, etc.) gates.

Comment · 2 years ago
Code...Matters...

You can tell everyone "who is anyone" is in hysterics when this gets virtually no attention at Salamandar's old stomping ground here at ycombinator.

Comment · 2 years ago

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