3 June 2019 to 9 August 2019
Physics Dept Bldg 510
US/Eastern timezone

Quantum Chromodynamics (QCD) as a many-body theory: An existential tale in four acts.

16 Jul 2019, 12:30
1h 15m
Small Seminar Room (Physics Dept Bldg 510)

Small Seminar Room

Physics Dept Bldg 510

Speaker

Raju Venugopalan (BNL)

Description

QCD, our nearly perfect  theory of the strong interaction, is also
deeply profound because all phenomena are emergent features of the many-body
dynamics of the 
quark and gluon fields and the vacuum of the theory. This talk on many-body
QCD is organized as a play in four acts:
i) Origins, mysteries, symmetries
ii) The power and the glory of QCD
iii) Surprises from boiling the QCD vacuum in heavy-ion collisions: 
    a) why the world's hottest fluid, albeit also being its most viscous,
flows with almost no resistance
    b) a possible unexpected universality between the hottest and coldest
fluids on earth
    c) What magnetar strength magnetic fields created in heavy-ion
collisions may reveal about the topology of the QCD vacuum
iv) Looking ahead to the Electron-Ion Collider: what the ultimate IMAX
experience may reveal of QCD's mysteries

Presentation materials