TaRhTe₄ (Tantalum Rhodium Telluride) 颜色:黑色 which makes it suitable for

which makes it suitable for use in high-speed electronic devices and as a potential candidate for optoelectronic applications

Exfoliation: Quasi-layered but more strongly bonded than typical vdW halides → exfoliation is challenging

Weyl nodes with linear dispersion dominate the electronic spectrum

Debonding: Remove the adhesive layer by soaking the assembly in acetone for five minutes

further enhance its applicability in flexible electronics

TaRhTe₄ (Tantalum Rhodium Telluride) 颜色:黑色 which makes it suitable forTaRhTe (Tantalum Rhodium Telluride) Introduction TaRhTe is a ternary transition metal telluride composed of tantalum (Ta), rhodium (Rh), and tellurium (Te). It crystallizes in a low symmetry orthorhombic structure and has been identified as a candidate type II Weyl semimetal. Compared with its isostructural counterpart TaIrTe, TaRhTe is considered closer to the ideal Weyl semimetal phase. Its exotic topological electronic states, strong spinorbit