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High Field Science
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What is High Field Science?
Research
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Ion Acceleration
Neutron Production
Theory and Computation
The Relativistic Lambda Cubed Regime
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Femtosecond Microscopy
Relativistic Electrons
Experiments using the Omega EP Laser
Magnetized Plasmas
High-Intensity Laser Propagation
Laboratory Astrophysics
Laser Technology Development
Laser Wakefield Acceleration
Radiation Generation
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Experimental Facilities
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Chirped Pulse Amplification
HERCULES 300 TW laser
HERCULES Target Areas
The T-cubed laser
The Relativistic Lambda Cubed Laser
Publications
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Journal Articles
Media Coverage
Patents
Ultrafast and High Power Fiber Lasers
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People
Publications
Biomedical: Optics for Sensing and Nanomedicine
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Research
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Adaptive Aberration Correction in Multiphoton Scanning Confocal Microscopy
In-Vivo Flow Cytometry
Photonic Crystal Bioassay
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Publications
Ultrafast Science
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Research
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In-Vivo Biosensing
Laser-Induced Optical Breakdown in Dendrimer Nanoparticle Composites
Ultrafast Non-degenerate Pump-Probe Spectroscopy of the Carrier Transport in Semiconductor Self-Organized Quantum Dots
Terahertz Electromagnetic Waves
Ultrafast Carrier Dynamics in Tunneling-Injection Quantum Dot Lasers
Experimental Facilities
Publications
Ultrafast Microwave Photonics
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People
Research
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Pulsed-Terahertz-Beam Inspection of Murals and Frescos
Pulsed-Terhertz, Time-Domain Reflectometry and Inspection of turbine-engine Thermal-Barrier Coatings
Microwave Electric and Magnetic Field Measurement and Characterization
Experimental Facilities
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Publications
Material Science
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Ultrafast Microscopy Movie
Ultrafast Microscopy
Fluidics
Ultrafast Nanoelectronics
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In-Vivo Biosensing
Home
About
News
Research
High Field Science
Ultrafast and High Power Fiber Lasers
Biomedical: Optics for Sensing and Nanomedicine
Ultrafast Science
Ultrafast Microwave Photonics
Material Science
Ultrafast Nanoelectronics
ZEUS ↗
CUOS People
Contact Us
Contact Us
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