'High e' diaporamas de présentation

On the trail of the quark-gluon plasma at RHIC

On the trail of the quark-gluon plasma at RHIC. Gordon Conference Barbara V. Jacak Stony Brook July 20, 2003. outline. Why collide heavy ions? QCD and the phase transition the Relativistic Heavy Ion Collider + experiments What have we learned so far?

875 views • 72 slides

CLIMATE CHANGE

CLIMATE CHANGE. FACT OR MYTH?. Laura Blackburn, LWV-Houston Area. MANMADE? Or NATURAL CAUSES Or BOTH ????. RADIATION: COMES FROM SUN AS uV (HIGH E) RADIATED OUT FROM EARTH AS INFRARED (LOW E) IN ALL DIRECTIONS FROM CO 2. Infrared. ( uV ). CARBON DIOXIDE:

633 views • 63 slides

RECORDER MADNESS

737 views • 37 slides

Liquid Helium Scintillation

Liquid Helium Scintillation. C andidate for detecting beam losses in the LHC ? . T. Wijnands EN/HDO. Basic principle. Pulse Intensity. Liquid Helium. +. EUV l ? 80nm. -. Conversion. -. +. -. He*. Time (ns). Scintillation mechanism. Singlet : He 2 A 1 S u +. Absorption.

274 views • 9 slides

Neutron EDM @ SNS

Neutron EDM @ SNS. Motivation & Sensitivity. Neutron EDM is sensitive to new sources of CP violation Could help explain the baryon asymmetry in the universe Can constrain new physics beyond the Standard Model Present limit on neutron EDM is < 3 x 10 -26 e-cm

302 views • 5 slides