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The Goldstone mode due to stripe or unidirectional charge-density-wave orderin electron systems is found to have the same functional form as the one inclassical smectic liquid crystals. It is very similar to the Goldstone modethat results from helical magnetic order. This allows for an effective theorythat provides a quasiparticle description of either stripe phases orhelimagnets in the low-energy regime. The most remarkable observableconsequence is an electronic relaxation rate in d=2 that is 1/\tau ~ T\ln T inclean systems and 1/\tau ~ \sqrt{T} in weakly disordered ones. Thecorresponding results in d=3 are 1/\tau ~ T^{3/2} and 1/\tau ~ T, respectively.

Smectons: Soft modes in electronic stripe phases, and their consequences for thermodynamics and transport