The Probabilistic World: A Fundamental Approach to Quantum Mechanics and Probabilistic Computing
暫譯: 機率世界：量子力學與機率計算的基本方法

Christof Wetterich has been a Professor of Theoretical Physics at Heidelberg University since 1992. Prior to that, he worked at DESY in Hamburg and CERN in Geneva. He has authored numerous papers on quantum mechanics and regularly delivers lectures on the subject. His research spans a broad range of areas within fundamental physics. In cosmology, he is best known for being the first to propose the concept of dynamical dark energy. He also derived a functional renormalization group equation, which is widely applied across many fields of physics, from superconductors to strong interactions in particle physics and quantum gravity. In particle physics, Prof. Wetterich proposed a mechanism to explain why neutrino masses are so small. He has published more than 300 papers, which are highly cited.

Christof Wetterich 自1992年以來一直擔任海德堡大學的理論物理學教授。在此之前，他曾在漢堡的DESY和日內瓦的CERN工作。他撰寫了許多有關量子力學的論文，並定期就該主題進行講座。他的研究涵蓋了基礎物理學的廣泛領域。在宇宙學方面，他最著名的是首次提出動態暗能量的概念。他還推導了一個功能重整化群方程，該方程在許多物理領域中廣泛應用，從超導體到粒子物理學中的強相互作用和量子引力。在粒子物理學中，Wetterich教授提出了一種機制來解釋為什麼中微子質量如此之小。他已發表超過300篇論文，並且被廣泛引用。