DST acknowledged Dr. Suvankar work

DST acknowledged the work by Dr. Suvankar Chakraverty and his group

DST acknowledged the work by  Dr. Suvankar Chakraverty and his group in an article titled by Mobile 2D electron gas at oxide interfaces by INST is a promising candidate in modern electronic devices. The research by Dr. Suvankar Chakraverty and his group from INST has been carried out through world-class capabilities to produce highest-quality oxide thin films, interface and heterostructures and novel measurements of emergent phenomena arising from quantum phenomenon coupled with the theory of relativity:  Rashba Effects (momentum dependent splitting of spin-bands in an electronic system) in 2d-electron gas at the interface of two insulating oxide layers, where the magnetic state of an electron (q-bit) can be control using electric field. It exhibits a perfect blending of the theory of relativity and quantum mechanical phenomena.The study has important consequences for not just basic physics but also applications to spintronics, memory devices, dissipationless electronics and quantum devices.
Click the link for more detail: 
https://dst.gov.in/mobile-2d-electron-gas-oxide-interfaces-inst-promising-candidate-modern-electronic-devices

 

DST acknowledged Dr. Suvankar work