Not in a vacuum, in the SUN.
In the sun, the atoms are fairly closely spaced; the weight of the stellar mass is supported by the pressure excursions (that is, noise) of the fusion reactions in the core, which propagate at about the normal speed of pressure waves in a solid (I think the average is about 17 times the speed of sound in air) so may take a few hundred hours to reach the outer corona (where of course they are lost)
Light however, also has to travel outwards from the core, and can take many thousands of years to do so.
(also, many things can travel faster than light; they glow blue when they do so)
The absolute speed limit for the universe is the speed of light in a vacuum; outside of that environment, all bets are off (but they still can't go faster than 'c')