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Miroslav Kolesik
Member of the Graduate Faculty | Professor, Optical Sciences
James C Wyant Coll Optical Sci
Map Page
Research Area
nonlinear optics,
optical physics,
photonics,
laser physics,
quantum mechanics,
materials science,
wave propagation,
material science,
optical fibers,
ultrafast optics,
supercontinuum generation,
atmospheric physics,
optics,
laser technology,
metastable states,
remote sensing,
pulse propagation,
high-harmonic generation,
optical materials,
light-matter interactions,
atomic physics,
laser filamentation,
infrared radiation,
infrared spectroscopy,
quantum physics,
laser propagation,
ultrafast phenomena,
simulation methods,
gases,
modeling
Grants
(12)
Strong-Coupling Regime in Electromagnetic Pulses Interacting with Free Carriers and Plasmas in Bulk and Structured Media
Active
·
2022
·
$207.5K
·
External
Principal Investigator (PI)
electromagnetic pulses,
plasma,
structured media,
strong-coupling regime,
free carriers
Dynamics Induced Symmetry Breaking in Nonlinear Optical Materials
Active
·
2021
·
$691.1K / $1.2M
·
External
Co-Investigator (COI)
nonlinear optics,
symmetry breaking,
dynamics,
optical materials,
material science
Theory and Simulation of High Power LWIR Pulse Propagation, Nonlinear Saturation and Interactions with Remote Targets
Active
·
2018
·
$634.7K / $3.2M
·
External
Co-Investigator (COI)
laser propagation,
nonlinear optics,
remote sensing,
high power systems,
simulation methods
High-Intensity, Ultrafast Light-Matter Interactions in Transparent Solids
2019
·
$224.4K / $280.5K
·
External
Principal Investigator (PI)
light-matter interactions,
ultrafast phenomena,
transparent solids,
high-intensity,
material science
Non-Hermitian and Open Systems: Form Fundamentals to Applications
2018
·
$365K
·
External
Principal Investigator (PI)
quantum mechanics,
optics,
nonlinear systems,
waveguide,
mathematical physics
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Publications
(143)
Recent
Which part of the Brillouin zone contributes most to the high-harmonic radiation?
2023
brillouin zone,
high-harmonic radiation,
contributions,
materials science,
quantum mechanics
Numerical discreteness and dephasing in high-harmonic calculations in solids
2023
solid state physics,
high-harmonic generation,
quantum mechanics,
numerical methods,
quantum materials
Higher order long-wave infrared Bessel beams generating tubular plasma waveguides in the atmosphere
2023
laser plasma interaction,
atmospheric physics,
long-wave infrared beams,
waveguide formation,
bessel beams
Using Cross-phase Modulation to Transfer Coherence Between a Cr: Zns Frequency Comb and its Optical Pump
2023
nonlinear optics,
frequency combs,
optical coherence,
laser spectroscopy,
quantum optics
Open boundary conditions for the simulation of leaky modes
2023
boundary conditions,
simulation,
leaky modes,
fluid dynamics,
numerical modeling
The existence of multi-octavening conical emission from ultrafast LWIR pulse filamentation
2023
ultrafast laser physics,
laser filamentation,
infrared radiation,
nonlinear optics,
spectral broadening
Assessment of tight-binding models for high-harmonic generation in zinc blende materials
2023
material science,
high-harmonic generation,
tight-binding models,
zinc blende materials,
quantum physics
Nonlinear localization of high energy long wave laser pulses in fully correlated 3D turbulence
2022
laser pulses,
turbulence,
nonlinear localization,
high energy
Full-Brillouin-zone calculation of high-order harmonic generation from solid-state media
2022
high-order harmonic generation,
solid-state media,
brillouin-zone calculation,
full calculation,
high-order generation
Few-cycle 10 mu$m multi-terawatt pulse self-compression in a gas-filled multi-pass cell: a numerical experiment
2022
ultrafast optics,
high-energy laser physics,
nonlinear optics,
gas-filled hollow-core fibers,
numerical simulation
Collaborations
(7)
Moysey Brio
Mutual work: 1 Proposal
Collaboration Details
Jerome Moloney
Mutual work: 8 Grants﹒17 Proposals﹒20 Publications
Collaboration Details
Alan Newell
Mutual work: 1 Publication
Collaboration Details
Karl Glasner
Mutual work: 1 Publication
Collaboration Details
Masud Mansuripur
Mutual work: 2 Publications
Collaboration Details
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News
(1)
UA Leading $7.5M Laser Research Project
2010
Courses
(6)
The Beam Propagation Method
Computational optics: Light-matter interactions
Physical Optics I
Computational Optics: Ultra Fast Pulses & Strong Field Light Matter Interactions
Physical Optics II
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6+ Collaborators
$5.1M / $10.2M Funding
10+ Grants
140+ Publications
5+ Courses
