Roman Shugayev
On-chip coupling and synchronization of quantum emitters using superradiant coupling channels Roman Shugayev Physics, Engineering Academia Quantum 2 December 2025
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Creation of higher order quantum NOON states using super-radiant
Quantum metrology promises the ability to greatly enhance conventional sensing. Inherently routed in quantum state manipulation and entanglement, it offers a pathway for sensing
[2407.00469] CMOS-fabricated ultraviolet light modulators using low
Here, we introduce a CMOS-fabricated, piezo-optomechanical PIC platform using alumina waveguides with low optical losses at UV wavelengths and aluminum nitride piezoelectric
Mr. Roman Shugayev Profile
Here, we consider how nitrogen and Xenon color centers with electronic triggering can increase emission rates, by carefully modeling the interaction between rapid voltage pulses and the
Roman SHUGAYEV | Research Assistant | PhD | Purdue University,
Permittivity sensing is a critically important analytical tool for bioscience, environmental, and industrial applications. The response time for commonly used plasmonic permittivity sensors is...
Roman Shugayev
Creation of higher order quantum NOON states using super-radiant emitters in the cavity #1 Roman Shugayev ( Nevada U., Las Vegas ) (Oct 1, 2025)
Roman Shugayev | IEEE Xplore Author Details
Roman Shugayev | IEEE Xplore Author Details. Affiliation. Sandia National Laboratories, New Mexico, USA. Publication Topics.
Roman Shugayev, Ph.D. | People | UNLV
In the past, Shugayev has done groundbreaking work in combining solid state quantum systems with complex chemical matrices for quantum sensing applications. He also made a discovery of a new
Roman Shugayev
R Shugayev, D Dominguez, A Leenheer, B Little, MNH Chow, N Karl,
Roman Shugayev | Scilit
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