Faculty

Institution

Unit

Venue

Miroslav Kolesik

Professor of Optical Sciences

University of Arizona

Affiliations

James C. Wyant College of Optical Sciences

Optical Sciences Center

Miroslav Kolesik is currently serving as a James C. Wyant College Of Optical Sciences Professor of Optical Sciences at University of Arizona.

Honors

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Experiences

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Education

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Miroslav Kolesik

University of Arizona

Professor of Optical Sciences

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applied physics physics photonics optical properties laser science nonlinear phenomena lightwave technology nonlinear science materials science optical physics optoelectronics non-linear optics condensed matter physics optical materials optical engineering condensed matter wave optics atomic physics beam optics numerical simulations optical metrology optical solitons quantum science spectroscopy fibers atomic spectroscopy statistical mechanics advanced fiber material infrared optic atmospheric science fiber optics electrical engineering nonlinear dynamics wave propagation supercontinuum generation raman spectroscopy quantum chemistry laser processing technology optical spectroscopy fiber-optic communications optical filaments electronics optical communications infrared spectroscopy optic design interferometry quantum mechanical properties polycrystalline media leaky modes critical exponents high-harmonic generation precision engineering dispersion science wave motion atmospheric models fragmentation effect nonlinear resonance semiconductor technology device modeling plasma channel generation coherent-anomaly method large-scale simulations millimeter wave technology cryogenics detonation phenomenon quantum theory phase equilibrium m-theory ultraintense airy beams extended plasma channels femtosecond bessel beams ultraviolet filamentation laser filamentation experimental tests semiconductor high-harmonic generation spectral content scientific computing wave nonlinearity nonlinear wave propagation extreme nonlinear optics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Reflection-Geometry Propagation Effects in the Higher-Order Harmonic Radiation From Solid-State Materials. Optics Continuum (2025)

materials sciencephysicscrystal researchnon-linear opticsmetamaterialsreflection-geometry propagation effectshigher-order harmonic radiationwave opticssolid-state materialsapplied physicsoptical materialscondensed matteroptical propertieswave scattering

Multiharmonic Spanning Nonlinear X -Wave: An Asymptotic State of Extreme Long Wave Infrared Dispersive Shock Regularization. Physical Review Letters (2024)

Michael G. HastingsParis PanagiotopoulosMiroslav KolesikJerome V. Moloney

materials sciencenonlinear phenomenaharmonic analysisapplied physicsinfrared opticasymptotic state

Sample-Orientation Effects in Solid-State High-Harmonic Generation: Computational Study of Gaas. Journal of the Optical Society of America B (2024)

Miroslav Kolesik

computational studysolid-state high-harmonic generationoptical physicsoptical materialssample-orientation effects

Wigner Versus Stark: Connecting Quantum to Classical in a Tunnel Ionization Process. American Journal of Physics (2024)

Seyedmohammad YusofsaniMiroslav Kolesik

tunnel ionization processphysicstunneling microscopyquantum magnetismconnecting quantumcondensed matter physicsquantum information sciencequantum chemistrycharge transportapplied physicsquantum heterostructuresquantum mechanicsoptical propertiesquantum science

Assessment of Tight-Binding Models for High-Harmonic Generation in Zinc Blende Materials. Optics Letters (2023)

Miroslav Kolesik

materials scienceoptical materialszinc blende materialstight-binding modelshigh-harmonic generation

Higher Order Long-Wave Infrared Bessel Beams Generating Tubular Plasma Waveguides in the Atmosphere. Optics Continuum (2023)

Paris PanagiotopoulosJonathan HeinzMiroslav KolesikJerome V. Moloney

plasma sciencetubular plasma waveguidesbeam opticsphotonicsapplied physicsinfrared optic

The Existence of Multi-Octave Spanning Conical Emission From Ultrafast Lwir Pulse Filamentation. (2023)

Michael G. HastingsParis PanagiotopoulosMiroslav KolesikJerome V. Moloney

materials sciencelaser scienceconical emissionfragmentation effectoptoelectronicsbiophotonics

Using Cross-Phase Modulation to Transfer Coherence Between a Cr: Zns Frequency Comb and Its Optical Pump. (2023)

Sergey VasilyevKonstantin VodopyanovMiroslav KolesikSergey Mirov

optical pumpoptical pumpingcross-phase modulationphotonicsapplied physics

Which Part of the Brillouin Zone Contributes Most to the High-Harmonic Radiation?. arXiv (Cornell University) (2023)

Kolesik, Miroslav

radiationbrillouin zonehigh-harmonic radiation

Maxwell-Semiconductor Bloch Simulations of High-Harmonic Generation in Finite Thickness Semiconductor Slabs. (2022)

ANTON RUDENKOMaria K. HagenJörg HaderMiroslav KolesikStephan W. KochJerome V. Moloney

materials sciencenumerical simulationsmaxwell-semiconductor bloch simulationscondensed matter physicsoptoelectronicsphotonicsapplied physicsparticle physicshigh-harmonic generationelectrical engineering

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Miroslav Kolesik

Professor of Optical Sciences

University of Arizona

Affiliations

James C. Wyant College of Optical Sciences

Optical Sciences Center

Miroslav Kolesik is currently serving as a James C. Wyant College Of Optical Sciences Professor of Optical Sciences at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Miroslav Kolesik

University of Arizona

Professor of Optical Sciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Reflection-Geometry Propagation Effects in the Higher-Order Harmonic Radiation From Solid-State Materials. Optics Continuum (2025)

Multiharmonic Spanning Nonlinear X -Wave: An Asymptotic State of Extreme Long Wave Infrared Dispersive Shock Regularization. Physical Review Letters (2024)

Michael G. HastingsParis PanagiotopoulosMiroslav KolesikJerome V. Moloney

materials sciencenonlinear phenomenaharmonic analysisapplied physicsinfrared opticasymptotic state

Sample-Orientation Effects in Solid-State High-Harmonic Generation: Computational Study of Gaas. Journal of the Optical Society of America B (2024)

Miroslav Kolesik

computational studysolid-state high-harmonic generationoptical physicsoptical materialssample-orientation effects

Wigner Versus Stark: Connecting Quantum to Classical in a Tunnel Ionization Process. American Journal of Physics (2024)

Seyedmohammad YusofsaniMiroslav Kolesik

Assessment of Tight-Binding Models for High-Harmonic Generation in Zinc Blende Materials. Optics Letters (2023)

Miroslav Kolesik

materials scienceoptical materialszinc blende materialstight-binding modelshigh-harmonic generation

Higher Order Long-Wave Infrared Bessel Beams Generating Tubular Plasma Waveguides in the Atmosphere. Optics Continuum (2023)

Paris PanagiotopoulosJonathan HeinzMiroslav KolesikJerome V. Moloney

plasma sciencetubular plasma waveguidesbeam opticsphotonicsapplied physicsinfrared optic

The Existence of Multi-Octave Spanning Conical Emission From Ultrafast Lwir Pulse Filamentation. (2023)

Michael G. HastingsParis PanagiotopoulosMiroslav KolesikJerome V. Moloney

materials sciencelaser scienceconical emissionfragmentation effectoptoelectronicsbiophotonics

Using Cross-Phase Modulation to Transfer Coherence Between a Cr: Zns Frequency Comb and Its Optical Pump. (2023)

Sergey VasilyevKonstantin VodopyanovMiroslav KolesikSergey Mirov

optical pumpoptical pumpingcross-phase modulationphotonicsapplied physics

Which Part of the Brillouin Zone Contributes Most to the High-Harmonic Radiation?. arXiv (Cornell University) (2023)

Kolesik, Miroslav

radiationbrillouin zonehigh-harmonic radiation

Maxwell-Semiconductor Bloch Simulations of High-Harmonic Generation in Finite Thickness Semiconductor Slabs. (2022)

ANTON RUDENKOMaria K. HagenJörg HaderMiroslav KolesikStephan W. KochJerome V. Moloney

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laser

laser-plasma interaction

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Institution

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photonics

programmable photonics

Martin C. Richardson

Institution

University of Central Florida

laser-plasma interaction

laboratory investigation

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lightwave technology

ultrafast laser spectroscopy

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photonics

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topological quantum orders

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polymer optical interconnects

optical properties

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University of Texas at Austin

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plasma photonics

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semiconductor quantum optics

quantum photonic device