他（杨振宁）对物理学做出了深远而有具有原创性的贡献。特别是他在宇称不守恒以及非阿贝尔规范场理论（杨-米尔斯场的另外一种叫法）的发现，为新的知识结构奠定了基础，而他对数学之美的热爱，帮助他发现了自然界奇妙的运转规律。

欢迎关注“方志四川”！一文看懂杨振宁对物理学的贡献到底有多大张周项享誉世界的物理学家、诺贝尔物理学奖获得者，中国科学院院士，清华大学教授、清华大学高等研究院名誉院长杨振宁先生，因病于2025年10月18日在北京逝世，享年103岁。- 1 ...

BEIJING – Professor Yang Chen-Ning, a Nobel Prize-winning physicist who gave up his US citizenship to become a citizen of ...

In 1957, Chen Ning Yang and Tsung-Dao Lee won the Nobel Prize for discovering parity law violations in weak interactions, ...

Abstract: Modern cyber-physical systems based on the industrial Internet of Things (IIoT) can be highly distributed and heterogeneous, and that increases the risk of failures due to misbehavior of ...

A new study published in the journal Physics Letters B claims that dark matter can be detected through a "fingerprint" in red ...

Narayana Schools in Mumbai nurture holistic growth through academics, sports, wellness, and creativity, shaping confident, ...

From energy and manufacturing to health care and communications, breakthroughs in these sectors are frequently rooted in ...

The idea of 'alive cryptocurrencies' begins with a simple question – what if tokens had lifespans and their deaths were ...

Berlin-based Gauss Fusion GmbH has presented what it says is Europe's first full design for a commercial fusion power plant. ...

For decades, the word ‘laptop’ meant one thing: a sturdy rectangular screen attached to a keyboard. And for many years, this ...

With the change of seasons and the impending conclusion of warm weather, the 2025 high school golf season reached its own end ...