Rubidium atoms can behave unpredictably during atomic collisions, especially when exposed to specific laser light.

Smashing atomic nuclei together at mind-bending speeds recreates the fiery conditions of the early universe and scientists ...

These so-called light-assisted collisions, which can happen very quickly, impact a broad range of quantum science applications, yet many details of the underlying mechanisms are not well understood.

The ability to predict how atomic collisions will behave based on their hyperfine structure will likely be useful for advancing laser-cooling techniques, molecular quantum science, and the next ...

Atomic collision: An interaction between two or more atoms resulting in the rearrangement of electrons or nuclei, often characterised by measurable cross sections. Cross section: ...

New study reveals details of nuclear structures via atomic collisions. Nuclear Science and Techniques. Journal Nuclear Science and Techniques DOI 10.1007/s41365-024-01480-8. Keywords ...

Finally, the collision of two identical free particles and the important role of exchange therein is treated. The Theory of Atomic Collisions. By N. F. Mott Dr. H. S. W. Massey.

This process continues today and accounts for all the elements from helium on the light end, with two protons per atom, all the way up to iron, which has 26 protons in its atomic nucleus.

These collisions should also help experts probe the complexity of the chirality magnetic effect (CME). So, while the universe certainly produces its fair share of intense magnetic fields, the ...