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Joined 1 year ago
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Cake day: July 2nd, 2023

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  • I meant doesn’t change with respect to time zones. Leap times are still relevant in that scenario as each solar rotation doesn’t divide into a whole number of days and leap seconds due to variance in rotation.

    With respect to the meridian I envision it rotating around the earth once per year, hence sidereal. So 0000 would rotate around the earth through the course of the year. Each day it would be one degree farther.

    Most likely is I’m just completely full of shit.










  • I’m slightly confused. Which part needs an academic paper? I’ve made three admittedly reductive claims.

    • Human brains are neural networks.
    • Its outputs are based on training data built from reinforcement.
    • We have a much more massive model than current artificial networks.

    First, I’m not trying to make some really clever statement. I’m just saying there is a perspective where describing the human brain can generally follow a similar description. Nevertheless, let’s look at the only three assertions I make here. Given that the term neural network is given its namesake from the neurons that make up brains, I assume you don’t take issue with this. The second point, I don’t know if linking to scholarly research is helpful. Is it not well established that animals learn and use reward circuitry like the role of dopamine in neuromodulation? We also have… education, where we are fed information so that we retain it and can recount it down the road.

    I guess maybe it is worth exploring the third, even though, I really wasn’t intending to make a scholarly statement. Here is an article in Scientific American that gives the number of neural connections around 100 trillion. Now, how that equates directly to model parameters is absolutely unclear, but even if you take glial cells where the number can be as low as 40-130 billion according to The search for true numbers of neurons and glial cells in the human brain: A review of 150 years of cell counting, that number is in the same order of magnitude of current models’ parameters. So I guess, if your issue is that AI models are actually larger than the human brain’s, I guess maybe there is something cogent. But given that there is likely at least a 1000:1 ratio of neural connections to neurons, I just don’t think that is really fair at all.