FeSe (Tetragonal Phase) and transformers that require low-energy

and transformers that require low-energy loss and high efficiency

It has a high carrier mobility

Optoelectronics: The semiconducting properties and optical characteristics of Fe₃GeTe₂ allow for applications in light-emitting diodes (LEDs) and photodetectors

facilitating experiments and device integration

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

FeSe (Tetragonal Phase) and transformers that require low-energyFeSe (Iron Selenide) is an iron based superconductor that has attracted significant interest due to its fascinating electronic properties and potential applications in high temperature superconductivity. The tetragonal phase of FeSe refers to its crystal structure, which exhibits different superconducting properties compared to other phases, such as the orthorhombic phase. The tetragonal phase of FeSe has been extensively studied, particularly for its