Orbital Angular Momentum and Shear Flow in Non-Central Heavy Ion Collisions Wei-Tian Deng.

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Presentation transcript:

Orbital Angular Momentum and Shear Flow in Non-Central Heavy Ion Collisions Wei-Tian Deng

Geometry

Total Orbital Angular Momentum ? Low energy (nuclear binding energy) High energy （ RHIC ） Rotating compound nucleus Shear of the longitudinal flow Local vorticity density Quark global polarization

Total Orbital Angular Momentum The transverse distributions of participant nucleons

Total Orbital Angular Momentum Woods-Saxon nuclear distribution Hard spheres

Total Orbital Angular Momentum

Longitudinal shear flow Landau fireball model Bjorken scaling model Total angular momentum longitudinal shear flow Local relative orbital angular momentum

Landau fireball model the produced partons thermalize quickly have a common longitudinal flow velocity at a given transverse position

Landau fireball model

Bjorken scaling model x y z

HIJING Woods-Saxon nuclear density Parton level 3-dimensional expanding x z

Bjorken scaling model

Comoving frame

Bjorken scaling model