Frontiers in Physics explores the entire field of physics, from experimental to computational to theoretical physics.

This multidisciplinary journal is led by Field Chief Editor Professor Alex Hansen (Norwegian University of Science and Technology, Norway) and indexed in Scopus, Web of Science (SCIE), the DOAJ, the Astrophysics Data System (SAO/NASA ADS), and more. From subatomic particles to the physics of earthquakes, Frontiers in Physics seeks to understand the behavior and constitution of all matter and forces that form the building blocks of the universe. Topics of interest include, but are not limited to:

accelerator physics
atomic and molecular physics
biophysics
chemical physics and physical chemistry
complex physical systems
condensed matter physics
fluid dynamics
high-energy and astroparticle physics
medical physics and imaging
nuclear physics
optics and photonics
physical acoustics and ultrasonics
plasma physics
radiation detectors and imaging
social physics
soft matter physics
space, stellar, and solar physics
statistical, computational, and mathematical physics
quantum engineering and technology.

Manuscripts that focus on engineering problems without connection to general physical principles are not suitable for publication in this journal. Furthermore, manuscripts on medical treatments, patient care, surgical procedures, or healthcare economics are also not suitable for publication by the journal. Manuscripts that primarily deal with the development and application of machine learning technologies in non-physics domains, or the operation and optimization of power grids, also do not fall within the scope of this journal. Finally, Frontiers in Physics is firmly committed to peaceful scientific advancement and will not publish manuscripts describing research that focuses on methods to harm people or promote violence.

Authors submitting to Frontiers in Physics are responsible for ensuring clarity and precision in their work. While Generative AI tools can be utilized to enhance the language and presentation of a manuscript, they should not be relied upon to solve scientific problems or create original content to an extent that would lead to the inclusion of AI technologies as co-authors. All use of Generative AI tools must be transparently disclosed in line with Frontiers' author guidelines.

Frontiers in Physics is committed to advancing developments in the field by allowing unrestricted access to articles and communicating scientific knowledge to researchers and the public alike, to enable the scientific breakthroughs of the future.

Articles

Molecular simulations of cavitation bubble dynamics

Frontiers in Physics

Fluid Dynamics