[en] The time dependence of the magnetization has been measured in a variety of SSC (Superconducting Super Collider) strands after magnetizing and demagnetizing in a manner similar to SSC dipole-magnet field cycles. Strands measured include Cu and CuMn matrix materials with filament diameters in the range 2 to 6 μm. Decay rates have been measured for short straight samples both with and without matrix, and also for short oval-section coils both face-on and edge-on in the applied field. The various short straight samples measured at 3 kOe creep at a rate S = d(M/M₀)/d(ln t) in the range 2 to 10 x 10^-3, with similar rates observed for clad and unclad samples. The two orientations for the coil samples allowed comparison of creep rates both with and without significant eddy-current coupling, a comparison which suggests there is no connection between eddy currents and enhanced creep. A large difference between creep rates in face-on and edge-on orientations of a fine-filament Cu matrix coil strongly suggests that proximity coupling can lead to enhanced creep rates