However, Feynman's influence extends beyond QED.

然而，费曼的影响力超出了 QED 范围。

Feynman's work on QED earned him a share of the 1965 Nobel Prize in Physics.

费曼在 QED 方面的工作为他赢得了 1965 年诺贝尔物理学奖。

The theory must be wrong, QED.

这个理论肯定是错的，QED。

Feynman's most acclaimed contribution to physics is his work on QED, a quantum field theory that describes how light and matter interact.

费曼对物理学最受赞誉的贡献是他在 QED 方面的工作，这是一种描述光和物质如何相互作用的量子场论。

In sum, Richard Feynman's contributions to QED, his innovative teaching methods, and his visionary insights into new fields of exploration have profoundly influenced modern physics.

总而言之，理查德·费曼对 QED 的贡献、他创新的教学方法以及他对新探索领域的远见卓识深刻地影响了现代物理学。

His work in quantum electrodynamics (QED) and his innovative approaches to teaching and problem-solving have left a lasting impression on modern physics, inspiring and guiding successive generations of scientists.

他在量子电动力学（QED）方面的工作以及他在教学和解决问题方面的创新方法给现代物理学留下了持久的印象，激励和指导了一代又一代的科学家。

At a time when QED was known for its complex mathematics and seemingly endless calculations, Feynman introduced a novel visual tool to simplify these processes - the Feynman diagrams.

当 QED 以其复杂的数学和看似无穷无尽的计算而闻名时，费曼引入了一种新颖的视觉工具来简化这些过程 - 费曼图。