Dynamics of photoinduced Charge Density Wave-metal phase transition in K0.3MoO3

Abstract

We present first systematic studies of the photoinduced phase transition from the ground charge density wave (CDW) state to the normal metallic (M) state in the prototype quasi-1D CDW system K0.3MoO3. Ultrafast non-thermal CDW melting is achieved at the absorbed energy density that corresponds to the electronic energy difference between the metallic and CDW states. The results imply that on the sub-picosecond timescale when melting and subsequent initial recovery of the electronic order takes place the lattice remains unperturbed.

Phys. Rev. Lett., accepted for publication

References in corpus (3)

• Controlled vaporization of the superconducting condensate in cuprate superconductors sheds light on the pairing boson
• A Raman study of the Charge-Density-Wave State in A${}_{0.3}$MoO${}_3$ (A = K,Rb)
• Coherent amplitudon generation in K_0.3MoO_3 through ultrafast inter-band quasi particle decay

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