Advances in Functional Materials in form of Spintronic Materials to Harness Ambient Energy at Normal Temperature using the Concept of Quantum Thermodynamics

A Concept of Spintronics Devices as Functional Materials and their Applications to harness Ambient Energy at the Normal Temperature on the basis of Quantum Thermodynamics has been suggested in this paper. The approach to design the devices on the basis of Mathematical equations, has also been given at length. The importance of the Nernst equation in the analysis has also been discussed. A Qualitative Review of Spintronics Devices and their Applications to harness Ambient Energy has been presented in this paper. The paper should be of great utility to the researchers, designers and engineers engaged in developing Ambient energy generation devices.