Koryukin Igor' Valer'evich

Born in Nizhny Novgorod, October 27, 1963

Physics and dynamics of lasers, including nonlinear dynamics of multimode solid-state and semiconductor lasers, chaotic synchronization in laser systems.

1981-1986 Gorky (Nizhny Novgorod) State University, Radiophysical faculty 1988 - MS degree from Institute of Applied Physics 2000 - Ph.D. from Institute of Applied Physics . Thesis title: “Low-frequency dynamics of a mutimode lasers with slowly relaxing active media”, Scientific adviser Ya.I. Khanin

Institute of Applied Physics Russian Academy of Sciences

• 1986-1988 Student researcher
• 1988-1995 Junior researcher
• 1996-2002 Research scientist
• 2003-date Senior research scientist

Also

• 2008-2015 - Scientific Secretary of the Department of Nonlinear Dynamics and Optics IAP RAS
• 2015-date - Scientific Secretary of the IAP RAS

Other

• Visiting Scientist, Universite Libre de Bruxelles, Belgium , 1992, 1995, 1998, 2000-2001

• 1993 - Individual grant from International Science Foundation
• 2000-2001 - Research Fellowships from Belgian Office for Scientific, Technical and Cultural Affairs
• 2003-2005 - Grant of Russian Foundation for Basic Research “Multimode lasers with intracavity nonlinear elements: The stability problem”
• Participant of projects of the International Science Foundation, INTAS, Russian Foundation for Basic Research, research programs of the Presidium of the RAS and the Physical Sciences Division of the RAS.

1. I.V. Koryukin, P.A. Khandokhin, Ya.I. Khanin, Bifurcations and chaos in the three-level model of a laser with coherent optical pumping, Opt ics Commun ications v.65, N5, p.367-372, 1988 .
2. I.V.Koryukin, P.A.Khandokhin, Ya.I.Khanin Frequency Dynamics of a Bidirectional Ring Laser with a Nonreciprocal Cavity, Sov. J. Quantum Electron.,v.20, p.895-898, 1990.
3. P.A.Khandokhin, Ya.I.Khanin, I.V.Koryukin and P.Mandel, Influence of carrier diffusion on the dynamics of a two-mode laser, IEEE J.Quantum Electron., v.31, p.647-652, 1995.
4. P.A.Khandokhin, Paul Mandel, I.V.Koryukin, B.A.Nguyen, Ya.I.Khanin Disappearance of relaxation oscilation frequencies in a multimode solid-state laser, Physics Letters A, v.235, p.248-252, 1997.
5. Y.V.Radeonychev, I.V.Koryukin, O.Kocharovskaya, R.Corbalan, R.Vilaseca, Dynamical manifestations of two mechanisms of lasing without inversion, J.Opt.B: Quantum and Semiclassical Optics, v.1, p.580-587, 1999.
6. N.B. Abraham, L.Sekaric, L.L.Carson, V. Seccareccia, P.A. Khandokhin,Ya.I. Khanin, I.V.Koryukin, V.G. Zhislina, Anomalies, symmetries, and asymmetries in the relaxation oscillation spectra of multimode standing-wave solid-state lasers, Physical Review A, v.62, 013810, 2000.
7. I.V.Koryukin, P. Mandel, Two regimes of synchronization in unidirectionally coupled semiconductor lasers, Physical Review E, v.65, 026201, 2002.
8. I.V.Koryukin, P. Mandel, Antiphase dynamics of selectively coupled multimode semiconductor lasers, IEEE J. Quantum Electron., v.39, p.1521-1525, 2003.
9. I.V.Koryukin, P. Mandel, Dynamics of semiconductor lasers with optical feedback: comparison of multimode models in the low-frequency fluctuation regime, Physical Review A, v.70, 053819, 2004.
10. I.V. Koryukin, V.A. Povyshev, Antiphase Dynamics of Multimode Quantum-Well Semiconductor Laser, Laser Physics, v.17, No 5, p.680-683, 2007.
11. Y.V. Radeonychev, I.V. Koryukin, and Olga Kocharovskaya, Continuous Wave Photonic Crystal Laser in Ultraviolet Range, Laser Physics, v.19, No 6, p.1207-1212, 2009.
12. I.V. Ievlev, I.V. Koryukin, Yu.S. Lebedeva, P.A. Khandokhin, Continuous two-wave lasing in microchip Nd : YAG lasers, Quantum Electron, 2011, v.41, p.715–721.
13. I.V. Koryukin. Modeling a single-mode semiconductor laser with incoherent optical feedback. JOSA B, Vol. 31, Issue 4, pp. 873-877, 2014.
14. I.V. Koryukin. Relaxation oscillations in a semiconductor quantum dot laser. Physical Review A, v.92, 043840, 2015.
15. A.P. Korobeynikova, I.A. Shaikin, A.A. Shaykin, I.V. Koryukin, E.A. Khazanov, Generation of double giant pulses in actively Q-switched lasers, Quantum Electron, 2018, v.48, p.351–357.