Yijing Yan is a professor in the Department of Chemical Physics at the University of Science and Technology of China (USTC), renowned for his work in quantum dynamics in condensed…

Carlos Vega is full professor of Physical Chemistry in the Universidad Complutense de Madrid. Carlos has made important scientific contributions in the field of molecular simulations. He has developed methods…

Self-assembly, the process by which building blocks spontaneously organize into larger structures, is a pervasive phenomenon in soft matter systems, from the organization of biological matter to the development of…

Terahertz technology has developed rapidly the past decade, with increasing applications in material science and imaging technologies. Recent advances in linear, non-linear and near-field THz spectroscopy across disciplines, and rapid…

Excited state dynamics are fundamental to understanding key molecular processes such as photosynthesis and vision and are essential for advancing technologies in energy conversion and next-generation optoelectronic materials. This special…

Announcing the 2025 Emerging Investigators Collection and Awards! The Journal of Chemical Physics is committed to recognizing the excellent work of early career investigators. We are therefore proud to open…

Reflecting the remarkable range of Minhaeng Cho’s research, this special issue of Journal of Chemical Physics aims to include advances in both vibrational and electronic ultrafast nonlinear spectroscopy, with applications…

Christoph Dellago is one of the leading figures in the fields of statistical mechanics and molecular simulations, which he has contributed to shape with lasting contributions. After working as a…

Computational spectroscopies based on ab initio simulations play a pivotal role in interpreting experimental measurements by providing microscopic physical insights. These insights correlate spectral features to underlying structural, electronic, and…

The festschrift honoring Kurt Kremer’s 70th birthday highlights his transformative work in computational polymer science and soft matter physics, inviting contributions that build upon his foundational methodologies. Key topics include…

Quantum embedding methods have emerged as powerful tools for tackling multiscale electronic structure problems in molecules, materials, and their interfaces. This Special Topic Issue invites contributions on the development and…

Inspired by Jianshu’s commitments to fundamental science, this special issue of JCP aims to cover two areas of chemical physics: non-equilibrium dynamics in biomolecular networks and complex liquids and (ii)…

Thanks to decades of effort by the electronic structure community, and numerous theoretical and algorithmic advances, many of them published in The Journal of Chemical Physics, researchers now have access…