LXX International conference "NUCLEUS – 2020. Nuclear physics and elementary particle physics. Nuclear physics technologies"

Model of nucleus-nucleus interaction on the basis of production of quark-gluon matter blobs with a large orbital momentum

14 Oct 2020, 18:10

1h

Online

Poster report Section 4. Relativistic nuclear physics, elementary particle physics and high-energy physics. Poster session 4 (part 2)

Speaker

Egor Sozinov (MePhI)

Description

In many cases, interactions of nuclei are considered as collisions of A1 and A2 nucleons if it is possible to neglect the binding energy of the nucleus. However for very high kinetic energy of colliding nuclei there is a possibility of collective interaction of nucleons with production of quark-gluon matter blobs. As it was shown earlier, in this case a large orbital momentum appears. In that paper, calculations were made for equal nuclei. Here we generalize this approach and calculate orbital momentum for various ratios of radii of interacting nuclei.