My research interests lie in the domain of emerging and exploratory devices and technologies. I mainly work in theory and simulations. While the theory of any new or unique device consists of generating an idea blueprint and rigorous mathematical derivations to establish a proof-of-concept, simulation on the other hand, encompasses a numerical calculation to validate a theoretical proposal. Our simulations are mainly based on Density matrix of Fock space approach, non-equilibrium Green's function approach, Boltzmann transport approach and the drift-diffusion approach. Some initial level simulation may also consist of the first-principles or Ab-Initio calculations. In addition, some circuit level simulations would also be involved, if one aims to analyze the performance of proposed devices in circuit-level systems.
My current research interests include 2D field effect transistors and spintronics in 2D channels. Apart from these I am interested in devices that may be employed for quantum computation, quantum biology, etc.
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A realistic non-local heat engine based on Coulomb-coupled systems. by Singha A. Journal of Applied Physics - (2020)
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Non-local triple quantum dot thermometer based on Coulomb-coupled systems by Dhongade S.G., Haque A.A., Roy S.S., Singha A. Scientific Reports 12 - (2022)
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Density matrix to quantum master equation (QME) model for arrays of Coulomb coupled quantum dots in the sequential tunneling regime. by Singha A. IOP SciNotes 1 - (2020)
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Enhanced thermoelectric performance actuated by inelastic processes in the channel region by Singha A. Physica E 117 - (2019)
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VLSI and Post-CMOS Electronics: Design, modelling and simulation by Singha A. Theory and modelling of spin-transfer-torque based electronic devices - (2019)
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Performance analysis of nanostructured Peltier coolers by Singha A., Muralidharan B. Journal of Applied Physics 124 - (2018)
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Optimized Peltier refrigeration via an array of quantum dots with stair-like ground state energy configuration by Singha A. Physics Letters A 382 3029-3030 (2018)
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Predictive Analysis of Gas Sensing Properties in a Novel 2D Gallium Oxide Phase by Haque A. A., Dhongade S. , Singha A. IEEE Sensors Journal - (2025)
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A first principles study on vacancy-defected and transition metal-doped novel Ga2O2 Monolayers by Dhongade S., Singha A. Journal of Magnetism and Magnetic Materials 617 - (2025)
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Thermometry in dual quantum dot setup with staircase ground state configuration by Barman A., Dhongade S.G., Haque A.A., Banerjee S., Varshney S.K., Singha A. Physica E: Low-Dimensional Systems and Nanostructures 142 - (2022)
- Co-Principal Investigator
Ph. D. Students
Afreen Anamul Haque
Area of Research: First principles simulation and study of materials
Suraj Ghanshyam Dhongade
Area of Research: 2D materials based spintronics
