Raman echo and Raman free-induction decay experiments on the broad Raman transition of the sym-methyl stretch of ethanol-1,1-d 2 were performed in the room-temperature liquid, just below the glass transition (80 K) and in the low-temperature glass (12 K). Contrary to standard theories, the dephasing remains both rapid and homogeneous at low temperatures. We suggest that the dephasing is caused by very rapid (225-365 fs), solvent-assisted intramolecular vibrational redistribution.