My research delves at the interface optical physics and communication engineering. I explore fundamental properties of electromagnetic waves and its interaction with matter, to build a foundation for next generation of communication and imaging technologies.
I am looking for motivated students at Ph.D. and masters level to work on a range of challenging research problems in theoretical as well as experimental domains.
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Gyrotropy-governed isofrequency surfaces and photonic spin in gyromagnetic media by Sen R., Pendharker S. Physical Review A 105 - (2022)
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Wireless to optical phase mapping in a seamless digital wireless-photonic link by Ghosh N., Pendharker S. Journal of Optics (United Kingdom) 23 - (2021)
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PT-symmetric spectral singularity and negative-frequency resonance by Pendharker S., Guo Y. , Khosravi F. , Jacob Z. Physical Review A 95 033817- (2017)
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Axial super-resolution evanescent wave tomography by Pendharker S., Shende S. , Newman W. , Ogg S. , Nazemifard N. , Jacob Z. Optics Letters 41 5499-5502 (2016)
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Optically controlled frequency-reconfigurable microstrip antenna with low photoconductivity by Pendharker S., Chandorkar A. N., Shevgaonkar R. K. IEEE antennas and wireless propagation letters 13 99-102 (2014)
Principal Investigator
- Dual-fed Ku-band antenna, substrate integrated with photonic-spin based sub-wavelength isolator for simultaneous transmit and receive circuit. Qualcomm Technologies, INC.
Ph. D. Students
Niloy Ghosh
Area of Research: Microwave photonics
Punit Kumar
Area of Research: mmWave components and antenna systems for 5G applications
Rajarshi Sen
Area of Research: Electromagnetic wave interactions with gyrotropic medium
Sansuma Baro
Area of Research: Microwave circuits and components
Souvik Mondal
Area of Research: Integrated Optomechanics
Uma Mandal
Area of Research: Multi-antenna systems
