Bitwise to Close Dogecoin ETF Before Its First Anniversary

Huawei releases "Tao's Law" V2 paper: Kirin 2026 data is publicly disclosed for the first time, supplemented with engineering details and measured data.

According to Beating's monitoring, He Tingbo, head of Huawei's semiconductor division, published the second version of his paper, "Time-Shrinking Theory for Multi-Level Electronic Systems" (Tao's Law), on ChinaXiv, the pre-publishing platform of the Chinese Academy of Sciences, on July 3. Compared to the first version released on May 25, the new version supplements the theoretical framework with a large number of engineering implementation details and quantifiable data, forming a complete eight-chapter discourse system. It also adds principles and physical diagrams covering core technologies such as the τ-layered spatiotemporal model, LogicFolding architecture, bonding interface cross-section, Unified Bus interconnect architecture, and Hi-ONE optical engine. At the engineering implementation level, the second version deeply explains the "gear ratio" concept of LogicFolding: when the hybrid bonding pitch is close to the top-level metal wiring size, the 3D design space shifts from the traditional "macroblock-level discrete optimization" to "cell-level continuous optimization," enabling globally optimal vertical logic partitioning and breaking through the limitation of traditional 3D stacking, which can only be layered by functional blocks. Version V2 also provides, for the first time, a mass production test data table, clearly listing the voltage, frequency, normalized power consumption, area, and power density parameters of the Kirin 2026 and the benchmark Kirin 9030 Pro, further verifying the post-Moore's Law scaling theory centered on the time constant τ through actual measurements. --------------------------------- Click the original link below to join the Beating · Lark AI news channel and monitor global AI hotspots and news 24/7.