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English(EN) Quantum CAE algorithms usually hit a wall with nonlinear differential equations, but Japan’s QunaSys and AIST just open-sourced lin-ode to fix that. Backed by M

日本QunaSys和AIST开源lin-ode用于量子模拟

作者 PulseAugur 编辑部 · [1 个来源] ·

QunaSys和AIST发布了lin-ode，这是一个开源库，旨在克服量子计算化学（QCC）算法在处理非线性微分方程时遇到的挑战。该新工具标准化了方程线性化，避免了生成大型矩阵的需要，从而加速了实际的量子模拟。该开发得到了Mazda和Mitsubishi Electric的支持。 AI

影响 通过标准化量子计算化学算法的方程线性化，加速了实际的量子模拟。

排序理由 科学计算库的开源发布。[lever_c_降级自研究：ic=1 ai=0.7]

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日本QunaSys和AIST开源lin-ode用于量子模拟

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科学计算库的开源发布。[lever_c_降级自研究：ic=1 ai=0.7]
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报道来源 [1]

  1. Mastodon — mastodon.social TIER_1 English(EN) · asiaai ·

    量子CAE算法通常在非线性微分方程上遇到瓶颈，但日本的QunaSys和AIST刚刚开源了lin-ode来解决这个问题。由M支持

    Quantum CAE algorithms usually hit a wall with nonlinear differential equations, but Japan’s QunaSys and AIST just open-sourced lin-ode to fix that. Backed by Mazda and Mitsubishi Electric, the library standardizes equation linearization without massive matrix generation, acceler…

    链接 asiaai.fyi/samsung-80b-profit-2027-hbm-so…

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