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The semiconductor world witnessed a seismic shift last month when a research team from Peking University unveiled what experts are calling the holy grail of post-silicon computing: a fully functional processor built with bismuth instead of silicon.
This isn't merely an academic curiosity—their prototype delivers performance metrics that have industry veterans questioning decades of silicon supremacy, running 40% faster while consuming just a third of the energy of comparable silicon chips.
By ArthurThe semiconductor world witnessed a seismic shift last month when a research team from Peking University unveiled what experts are calling the holy grail of post-silicon computing: a fully functional processor built with bismuth instead of silicon.
This isn't merely an academic curiosity—their prototype delivers performance metrics that have industry veterans questioning decades of silicon supremacy, running 40% faster while consuming just a third of the energy of comparable silicon chips.