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How Things Work: An Introduction to Physics
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Explore stellar-relevant emission-based opacity experiments conducted at the Orion Laser Facility, advancing our understanding of high energy density physics.
Explore laser-driven tin ejecta microjet interactions through experimental observations in high energy density science.
Explore quantitative analyses of supersonic microparticle impacts on metals, uncovering insights into high-energy density science and material behavior under extreme conditions.
Explore laser-driven magnetic filaments and their potential in high-field science, uncovering cutting-edge research and applications in plasma physics.
Explore quantum computing applications in simulating laser-plasma interactions, focusing on a toy problem to demonstrate potential advancements in high-energy density science.
Explore dynamic X-ray imaging techniques for materials science, including phase contrast imaging and coherent X-ray diffractive imaging, to study materials under extreme conditions.
Explore low-velocity proton stopping power in Warm Dense Matter through cutting-edge measurements and analysis techniques.
Explore relativistically transparent magnetic filaments, their role in short-pulse platforms, and applications in electron acceleration and gamma radiation.
Explore thermonuclear fusion in equilibrium Z pinch through an in-depth seminar, gaining insights into cutting-edge research and potential applications in high-energy density science.
Explore stochastic sampling techniques for dense matter structure prediction, from ab initio methods to machine learning approaches in materials science.
Explore simultaneous measurements of concentration and velocity fields at shock-accelerated interfaces in high-energy-density science experiments.
Explore non-Maxwellian distribution functions and their effects on crossed-beam energy transfer and absorption in high energy density science.
Explore NIF experiments on the pathway to MJ yield in direct drive fusion, focusing on the MegaJoule Direct Drive Campaign and its implications for fusion energy research.
Explore SPARC's high-field approach to fusion energy, its potential impact, and the latest advancements in this cutting-edge research field.
Explore laser-driven coils' effectiveness in high energy density science. Gain insights into cutting-edge research and experimental findings.
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