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TaRhTe₄ (Tantalum Rhodium Telluride)TaRhTe (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

It could be used in photodetectors

Quantum Transport: Promising material for studying pressure- or strain-induced electronic phase transitions

As research continues

Spintronics: There is potential for PtTe₂ in spintronic applications

which is common in many metal sulfides

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It is being studied for its potential in energy harvesting applications

This approach effectively prevents damage caused by traditional micro/nano fabrication processes

which is important for 2D material-based applications

No conventional semiconductor band gap — instead

2D Materials and Flexible Electronics: PtTe₂'s layered structure allows it to be exfoliated into thin films

which could be harnessed for photodetectors and other optoelectronic applications