Anastasia Golubtsova – quark gluon plasma and gravitational energy density

Canadian Quantum Research Center: Probes of holographic models of 𝑁 = 4 SYM quark-gluon plasma on𝑅 × 𝑆3 by Anastasia Golubtsova
https://www.youtube.com/watch?v=vseMw3kq9Ks

Probes of Holographic Models of N=4 SYM Quark Gluon Plasma on RxS3
Probing the holographic model of N=4 SYM rotating quark-gluon plasma at https://arxiv.org/abs/2211.11722

Anastasia Golubtsova, You really had a lot more to say than 30 minutes allowed. If an experiment can monitor jet quenching over days as a function of time, it should show connection to the local gravitational energy density, which changes with the sun and moon tidal signal which you can measure with any of several types of gravimeter. The signal is nearly perfectly Newtonian and tied to solid JPL models.  Then you will have a local reference and will not have to keep going out to black holes to find some data. Richard Collins, The Internet Foundation

Properties of “quark gluon plasmas”
Rotating “quark gluon plasmas”?
Flux units for “quark gluon plasmas”?
“quantum string theory” research groups
“classical supergravity” reearch groups
“Hagedorn temperature” about 170 MeV
Black hole “Hawking temperatue”
“viscosity to entry ratio”
“quark antiquark potential”
“interquark potential”
“Wilson loop”
“string action” “quark”
“mean square transverse momentum”
“jet quenching parameter”
“quark radiation”
“regularized string action”

You might enjoy this talk by Anastasia Golubtsova on quark gluon jet quenching parameter estimation. If you are looking for new bound states, they will be where the jet has been quenched and is quiet. Richard Collins, The Internet Foundation