T0* – Series of encoder-decoder models trained on a large set of different tasks

Re:T0* – Series of encoder-decoder models trained on a large... by pvillano on Monday October 18, 2021 @11:15AM (#28906278)

"How many hydrogen atoms are there?"

"a total of 84"

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Re:T0* – Series of encoder-decoder models trained on a large... by twic on Monday October 18, 2021 @11:16AM (#28906288)

Nobel Prize if true.

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Re:T0* – Series of encoder-decoder models trained on a large... by chrisco255 on Monday October 18, 2021 @11:25AM (#28906394)

42 x 2, can't be a coincidence.

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Re:T0* – Series of encoder-decoder models trained on a large... by tomudding on Monday October 18, 2021 @11:45AM (#28906695)

"What is the Answer to the Ultimate Question of Life, The Universe, and Everything?"

"The Ultimate Question"

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Re:T0* – Series of encoder-decoder models trained on a large... by smnrchrds on Monday October 18, 2021 @11:34AM (#28906525)

It should replace "a total of" with "at least" and it will be golden.

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Re:T0* – Series of encoder-decoder models trained on a large... by throwaway889900 on Monday October 18, 2021 @11:39AM (#28906601)

I remember reading some idea that there's only one hydrogen atom in the entire universe somewhere so it's not too far off from that.

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Re:T0* – Series of encoder-decoder models trained on a large... by remcob on Monday October 18, 2021 @11:48AM (#28906752)

It's the 'one-electron universe' theory [0]. In short: there is one electron that keeps going back and forth in time to play the role of every electron we see. A particle 'going backwards in time' is mathematically identical to its anti-particle, which we know exists, so the whole idea isn't too far fetched.

I don't think it is falsifiable, so not really scientific, but a fun theory to believe in.

[0]: https://en.wikipedia.org/wiki/One-electron_universe

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