In a color glass condensate, this phenomenon would prevent the rapid movement of gluons. This phenomenon was first predicted for electrons by Joseph Larmor, and the Voigt transformation was the first general expression involving this value, though that value was too large. The red shift experiments 
In a color glass condensate, this phenomenon would prevent the rapid movement of gluons. This phenomenon was first predicted for electrons by Joseph Larmor, and the Voigt transformation was the first general expression involving this value, though that value was too large. The red shift experiments of Pound and Rebka demonstrated the existence of its  (*) gravitational variety. It has been confirmed in the Hafele-Keating experiment, where cesium decay was measured in a moving high-speed jet, and in Rossi and Hall's measurements of the decay of muons ejected from the sun's atmosphere.  FTP, name this phenomenon that creates a relative slowing of time as one approaches the speed of light.
In a color glass condensate, this phenomenon would prevent the rapid movement of gluons.
time dilation (accept gravitational time dilation or velocity time dilation before the asterisk)