Research Quantum Spin Lab The research program in the quantum spin dynamics group is focused on phase coherence of quantum spins. Our research explores spin dynamics, coherent control, and quantum metrology techniques to achieve high sensitivity and high resolution magnetic field measurements under ambient and extreme conditions.
People Quantum Spin Lab Our research group is proud to announce the introduction of a postgraduate lab experiment on “magnetometry with diamond quantum defects”, the first of its kind in india, as part of bs ms phy curriculum in the academic year 2023 24. At the quantum spintronics (q spin) group, we conduct cutting edge experiments to advance applied spintronic devices through the use of emerging quantum materials. We are an experimental research group working at the interface of quantum information processing and condensed matter physics. our laboratory develops and uses magnetic resonance methods to control and characterize the quantum dynamics of solid state spin systems. Our current research interests are on superconducting, ultrahigh thermal conducting, topological, and two dimensional (2d) materials, while we also have broad interest to other energy related thermoelectric, magnetic, multiferroic, electronic, and photovoltaic materials.
People Quantum Spin Lab We are an experimental research group working at the interface of quantum information processing and condensed matter physics. our laboratory develops and uses magnetic resonance methods to control and characterize the quantum dynamics of solid state spin systems. Our current research interests are on superconducting, ultrahigh thermal conducting, topological, and two dimensional (2d) materials, while we also have broad interest to other energy related thermoelectric, magnetic, multiferroic, electronic, and photovoltaic materials. We create and study quantum spin glasses—and the quantum neural networks they enable—using photon mediated interactions provided by our new technique, confocal cavity qed. Key takeaway: spinq quantum lab delivers a fully integrated experimental platform—combining a 13 qubit nmr quantum processor, open architecture controls, and visualization tools—to transform quantum mechanics concepts into real world research and teaching experiments. His research in laser physics and ultrafast science has led to advances in molecular control and real time detection technologies, earning international recognition from his peers. Below you find a list of research projects we have ongoing or have embarked on over the years. as a more general introduction into our field and the topics we have worked on, check out our research overview.
Contacts We create and study quantum spin glasses—and the quantum neural networks they enable—using photon mediated interactions provided by our new technique, confocal cavity qed. Key takeaway: spinq quantum lab delivers a fully integrated experimental platform—combining a 13 qubit nmr quantum processor, open architecture controls, and visualization tools—to transform quantum mechanics concepts into real world research and teaching experiments. His research in laser physics and ultrafast science has led to advances in molecular control and real time detection technologies, earning international recognition from his peers. Below you find a list of research projects we have ongoing or have embarked on over the years. as a more general introduction into our field and the topics we have worked on, check out our research overview.
People Quantum Spin Lab His research in laser physics and ultrafast science has led to advances in molecular control and real time detection technologies, earning international recognition from his peers. Below you find a list of research projects we have ongoing or have embarked on over the years. as a more general introduction into our field and the topics we have worked on, check out our research overview.
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