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Lantos (e/acc)

@Lantos1618 • 2,174 subscribers

bullish on curiosity, change, e/acc optimist. building Agentic Banking ENFJ-A - https://t.co/XUbnl9W2Bh | https://t.co/znpKGJ7s2d | https://t.co/9nLdxsUzpk EWOR

Shorts

From the e/acc trenches to watching Extropic ship. Congrats Beff (e/acc) can't wait to run this on actual stochastic silicon instead of simulating it digitally. 65k spins finding equilibrium using THRML. Extropic's THRML library built for their thermodynamic hardware. Currently Running on GPU/CPU now, but one day we might all be running quantum on our devices. Traditional computing fights physics (force bits to 0/1). Thermodynamic computing uses physics (p-bits that naturally fluctuate). For sampling problems, that's orders of magnitude more efficient. This is energy-based inference in your hands. I would have never ventured into looking into this, still way over my head but its so fucking cool wish I could have had the capital to put cheques into extropic, nous_research and rysana but lets build to the top.

From the e/acc trenches to watching Extropic ship. Congrats Beff (e/acc) can't wait to run this on actual stochastic silicon instead of simulating it digitally. 65k spins finding equilibrium using THRML. Extropic's THRML library built for their thermodynamic hardware. Currently Running on GPU/CPU now, but one day we might all be running quantum on our devices. Traditional computing fights physics (force bits to 0/1). Thermodynamic computing uses physics (p-bits that naturally fluctuate). For sampling problems, that's orders of magnitude more efficient. This is energy-based inference in your hands. I would have never ventured into looking into this, still way over my head but its so fucking cool wish I could have had the capital to put cheques into extropic, nous_research and rysana but lets build to the top.

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