The Journal of Chemical Physics publishes quantitative and rigorous science of long-lasting value in methods and applications of chemical physics.
The conversion of excited-state energy in molecules and materials, for example by quantum cutting, singlet fission or upconversion, allows for optical functionality well beyond that of conventional semiconductors. In this…
The past decade has witnessed a rapid growth in the development of stochastic electronic structure methods. Stochastic methods encompass a broad range of techniques to either treat high dimensionality or…
Excitons play key roles in material interactions with light. Information on their binding energies, spatial extents, and temporal dynamics is important for understanding natural light harvesting processes. They also have…
Characterization of plasmonic systems can be done with sub-nm resolution using a variety of spectroscopy- and microscopy-based techniques using either the photon or electron as probes. The high spatial resolution…
The strong coupling of confined electromagnetic modes and material excitations in the UV-visible, IR, and THz ranges gives rise to hybrid light-matter excitations known as polaritons. While polaritons have been…
This issue will showcase the diverse and profoundly influential contributions that women have made to the fields of chemical physics and physical chemistry. It will do so in two ways:…
A rapidly advancing area in chemical dynamics is the construction of chemically, and sometimes even spectroscopically, accurate global potential energy surfaces from high level ab initio calculations. This new development…
Heterogenous single-atom catalysis is receiving a great deal of interest due to its promise for delivering a new generation of active and selective catalysts that utilize metals at the ultimate…
***There is no submission deadline other than the one described in the eligibility section. The acceptance deadline for the 2020 collection is December 31, 2020. Papers accepted after this date…