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A 1D metallic surface state was created on an anisotropic InSb(001) surfacecovered with Bi. Angle-resolved photoelectron spectroscopy (ARPES) showed a 1DFermi contour with almost no 2D distortion. Close to the Fermi level ($E_{\rmF}$), the angle-integrated photoelectron spectra showed power-law scaling withthe binding energy and temperature. The ARPES plot above $E_{\rm F}$ obtainedthanks to thermally broadened Fermi edge at room temperature showed a 1D statewith continuous metallic dispersion across $E_{\rm F}$ and power-law intensitysuppression around $E_{\rm F}$. These results strongly suggest aTomonaga-Luttinger liquid on the Bi/InSb(001) surface.

Surface Tomonaga-Luttinger liquid state on Bi/InSb(001)