著書

素粒子物理と物性物理．両者は一見異なる方向性の物理学に見られがちであるが，素粒子の標準理論の真空を決めることさえ本質的には無限自由度の量子多体問題であり，たとえば，強い相互作用の基礎理論である量子色力学の真空では，クォークの閉じ込めなどの豊かな真空構造が現れる．本書では，素粒子・物性物理を横糸でつなぐことを目標に掲げ，（あるクラスの）多体現象を統一的に理解する道筋を示す．

We review quantum many-body phenomena in nuclear and quark matter which share similarities or universalities with condensed-matter physics. The focus is on the quantum phases of quark nuclear matter and topological transport phenomena due to the Berry phase of quark matter. The former includes nuclear superfluidity/superconductivity via the Bardeen–Cooper–Schrieffer (BCS) mechanism, Bose–Einstein condensation (BEC) of mesons, color superconductivity of quarks, BCS–BEC crossover phenomena and quark–hadron continuity, chiral soliton lattice of mesons, and the application of the notions of topological order and higher-form symmetry. The latter includes the so-called chiral magnetic effect and related phenomena. Their potential phenomenological implications as well as the close connections with a number of condensed-matter systems are also discussed.