Speaker
Description
We are extending ILM to gluons, heavy quarks, and heavy-light quarks systems.
In ILM
ILM vacuum energy density
Instanton vs hadron sizes.
Small quark core size hadrons are insensitive to the confinement, ILM safely applicable.
Light quarks in ILM. Dynamical quark mass
Successful reproducing of light hadrons physics with
Gluons in ILM. Dynamical gluon mass
Heavy quarks in ILM. ILM contribution to heavy quark mass
Heavy quark-antiquark potential
Heavy+light quarks in ILM.
Light quark factor
Heavy quark factor = dipole approximation
Standard approach = dipole approximation. Request for ILM reconsideration of heavy quarkonium light hadrons emission processes and light-heavy quarks meson states.
ILM is a framework for uniform and consistent description of light and heavy quark physics.
Details
Mirzayusuf Musakhanov, Professor, National University of Uzbekistan, Uzbekistan, https://www.nuu.uz/eng
Is this abstract from experiment? | No |
---|---|
Name of experiment and experimental site | N/A |
Is the speaker for that presentation defined? | Yes |
Internet talk | Yes |