What Is Huawei’s New “τ (Tau) Law” and How Does It Challenge Moore’s Law?

Huawei introduced the “τ (Tau) Law” at ISCAS 2026, proposing a shift from geometric scaling to time‑constant reduction to overcome the physical limits of Moore’s Law, and outlines how signal‑propagation delay can be compressed through system‑level innovations such as logical folding and advanced packaging.

HuaweiMoore's LawSignal Propagation

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What Is Huawei’s New “τ (Tau) Law” and How Does It Challenge Moore’s Law?

Rare Earth Juejin Tech Community

Dec 8, 2023 · Artificial Intelligence

Simplifying Transformer Blocks: Removing Residual Connections, LayerNorm, and Other Components without Losing Performance

A recent ETH Zurich paper shows that standard Transformer blocks can be drastically simplified by removing residual connections, LayerNorm, projection and value parameters, and even MLP sub‑block components, achieving up to 16% fewer parameters and comparable training speed and downstream performance on both GPT‑style decoders and BERT models.

AILLMSignal Propagation

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Simplifying Transformer Blocks: Removing Residual Connections, LayerNorm, and Other Components without Losing Performance

IT Services Circle

Aug 25, 2022 · Operations

Why Mobile Network Speed Slows Down in Extreme Heat: Atmospheric Waveguide and TDD‑LTE Explained

The article explains how extreme summer heat in Hangzhou triggers a persistent subtropical high pressure that creates atmospheric waveguide conditions, causing temperature inversions and moisture anomalies that lead to super‑refraction of 5G TDD‑LTE signals, ultimately slowing mobile data speeds for users.

5GSignal PropagationTDD LTE

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Why Mobile Network Speed Slows Down in Extreme Heat: Atmospheric Waveguide and TDD‑LTE Explained