UCLA creates the first stable all-solid-state thermal transistor 3

The emergence of all solid state thermal transistors will provide more efficient heat dissipation solutions for electronic devices, helping to reduce device temperature and improve device reliability and stability.

In addition, this research is expected to have a wide-ranging impact in other fields. The stability and high thermal conductivity characteristics of all solid state thermal transistors make them promising for applications in thermal energy conversion, thermoelectric cooling, and thermoelectric power generation. This will provide new possibilities for the development of renewable energy and energy conversion technologies.

Overall, UCLA's successful creation of the first stable all solid state thermal transistors is an important technological breakthrough. This technology is expected to provide more efficient heat dissipation solutions for electronic devices and have a wide-ranging impact in the fields of thermal energy conversion and energy. With further research and development, thermal transistors are expected to become one of the important technologies in the field of thermal management in the future.