The project aims to develop mid-infrared single photon detector at room temperature. Single photon detectors are technologically important for a variety of applications, such as, biomedical imaging, laser range finding, space applications, and quantu
The project aims to develop ‘High precision magnetic field sensors based on spin correlation spectroscopy using thermal and cold atoms’. Apart from interest in fundamental sciences these results have applications ranging from medical imaging to m
The proposed research has tremendous potential for the realization of large spin-dependent splitting at the new quantum heterointerface of YIG/2D materials and can be implemented to develop low-power spintronics devices in the future. This will help
The project will find Applications in quantum technologies related to trapped ions, cold atoms system development, precision laser spectroscopy, quantum metrology, squeezed states, astronomy, Microscopy.
The project aims to develop high performance, cost-effective wavemeters for high resolution atomic and molecular spectroscopy applications. Wavemeters find applications in a wide range of areas such as high-resolution atomic and molecular spectroscop
The project will have applications in energy management and reutilization of waste heat to electricity. In addition, this project will have the potential to attract new industry partners, particularly in semiconductor and power conversion/generation
The project aims to develop High-temperature c-axis Josephson junction-based SQUID. This device is expected to provide a platform for ultra-sensitive field Magnetic sensors and Quantum parametric amplifiers.
Trapped atoms in 1D, 2D, or 3D lattices can be used as qubits since they possess all the required features, such as states with long coherence time and the possibility of initialization and readout. Further, this is a very attractive platform for qua
Josephson Parametric Amplifiers (JPA) are some of the lowest noise microwave frequency amplifiers which are crucial for any superconducting quantum processor as they help in achieving high fidelity measurements in a short amount of time. This makes t
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