Peking University, July 2, 2026: On June 18, the global launch ceremony for the English edition of  Full Quantum Effects in Condensed Matter Physics  was held at the China National Convention Center in Beijing. The book, authored by Wang Enge, an academician of the Chinese Academy of Sciences (CAS) and a professor at the School of Physics, Peking University (PKU), is published and distributed worldwide by Cambridge University Press (CUP). The original Chinese edition was published by Science Press (SP) in 2024 and received the prestigious 6th China Publishing Government Award in March 2026.


 
This academic monograph introduces a significant shift in the research paradigm of condensed matter physics. For nearly a century, the adiabatic approximation of electronic states, proposed by Max Born and J. Robert Oppenheimer in 1927, has served as the foundation for solving problems in the field. However, as theoretical simulations increasingly align with real systems and experimental observations approach precision limits, the limitations of the traditional Born-Oppenheimer approximation have become apparent, particularly because it weakens nuclear quantum effects and entirely overlooks non-adiabatic effects. To address these limitations, Wang systematically constructs a comprehensive theoretical framework for full quantum effects within this volume.

The monograph begins with an introduction to the phenomena of full quantum effects in condensed matter, elucidating various research methods and their operational limits at both theoretical and experimental levels. Furthermore, it outlines the existing and potential applications of full quantum effects in critical sectors such as energy, environment, and devices.

Pan Qun, managing director of academic publishing for Asia at CUP, noted that the editorial and physics teams were highly enthusiastic upon reviewing the English manuscript. Following a rigorous peer-review process, several leading international physicists concluded that the book fills a long-standing gap by providing a systematic, authoritative monograph in this field, predicting it will become a standard reference for condensed matter physics research in the coming decades. Consequently, CUP has designated the book as a key global physics publishing project for 2026. Pan stated that this major work represents a significant addition to the publisher's international lineup, demonstrating that China continues to establish itself as an important hub of innovation for global basic research.

Zhang Fan, deputy general manager of SP, commented that the book represents a culmination of achievements in the field while simultaneously charting a brand-new direction for future research. He emphasized that the international dissemination of the bilingual editions highlights Wang’s academic accomplishments and marks a landmark achievement for original Chinese scientific and technological works.

Wang expressed his hope that the book would provide readers with a clear perspective when dealing with condensed matter systems, while steering this emerging and rapidly developing field in the right direction. Reflecting on the international standing of China's condensed matter physics research, Wang noted that sustained national investment in science and technology and a generation of well-educated young researchers have led to outstanding work across many areas. He expressed confidence that Chinese physics research will continue to make significant contributions to the global scientific community.

The global launch ceremony concluded with an official unveiling and a book donation ceremony.

 

  Written by: Steven Kristyono
  Edited by: Chen Shizhuo
  Source: PKU News (Chinese)