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फ़ॉन्ट स्केलिंग
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पृष्ठ अनुमापन
अप्राप्ति
रंग समायोजन
भा.प्रौ.सं.कानपुर

Building a unique Magneto-optical setup with capability for simultaneous imaging of electric current, magnetization & bulk transport measurement at low temperature with vector magnet for imaging strong correlation driven Topological Insulator

Building a unique Magneto-optical

A unique setup for imaging electric current distribution for application in the domain of advanced quantum materials and devices is developed at the Magneto-Optical imaging lab of IIT Kanpur. Redesigning of the system is ongoing, with a view to achieve enhanced sensitivity between room to cryogenic temperatures, and in low to very high magnetic field environments. Using this, the project aims to explore strong correlation driven physics in new Quantum materials like Topological Insulator (TI) and their heterostructures, hosting unexpected new quantum phases and phenomena. Such systems potentially host robust new topologically protected quantum states which help avoid decoherence issues of quantum information bits. The development of the imaging technique to image electric currents down have already been demonstrated to a few milli Amperes.

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