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SUMMARY:"2->n scattering in QCD (and gravity): from amplitudes to shockwav
 es" by Raju Venugopalan (Brookhaven National Lab and Univ. of Edinburgh)
DTSTART;VALUE=DATE:20260511
DTSTAMP:20260610T121824Z
UID:f6a6adc632f9722492c709f22a51a9450abb2c87795d3f7e0ab10f5b
CATEGORIES:Conferences - Seminars
DESCRIPTION:The dynamics of QCD\, unlike QED and gravity\, is predominantl
 y quantum in nature. With increasing boost\, 2->n amplitudes are driven b
 y perturbative s-channel fractionation described by the BFKL equation. How
 ever at sufficiently large boosts\, perturbation theory breaks down and a 
 novel nonperturbative (albeit weakly coupled) semi-classical regime of the
  theory emerges\,  described by the Color Glass Condensate (CGC) EFT. Mul
 ti-particle production in the CGC EFT occurs via t-channel fractionation\,
  creating a superfluid-like Glasma squeezed state\, which subsequently 
 evolves to form a Quark-Gluon Plasma. \nWe demonstrate that trans-Plancki
 an scattering of shockwaves in Einstein gravity can be understood similarl
 y\, with emergent double copy structures in gravitational radiation.
LOCATION:BSP 727 https://epfl.zoom.us/j/69362612859
STATUS:CONFIRMED
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