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that complement and expand upon current research and teaching activities in the Department in the area of high intensity laser-matter interactions, high power lasers, and their applications to high energy density
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the ultrafast science of quantum materials using advanced soft X-ray spectroscopy techniques at a high-repetition-rate X-ray free-electron laser (FEL) source. The installation and commissioning of a THz
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-infrared (λ=850-1750 nm). The passive or rare-earth ion-doped fibers used will be supplied by the partner company EXAIL. Prototyping of high-power fiber laser sources: development of prototypes of high-power
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glasses. Indeed, recent advances made in the fabrication of high-purity fluoride glass fibers show that this technology is very appealing for the development powerful and efficient laser sources in the
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National Aeronautics and Space Administration (NASA) | Pasadena, California | United States | about 3 hours ago
integrated photonic-electronic-quantum systems for laser metrology in future large space telescopes, high-speed and secure space communications, sensing, power transfer, and similar missions. Field of Science
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in high power lasers and laser-matter interactions and its applications, Colorado State University is building the $ 150 M ATLAS facility to be completed in early 2027 that will house three state
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research on high-energy-density science based on laser science, including studies using power-laser facilities. (2) Promote and contribute to the joint-use and collaborative-research activities
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School of Electrical and Electronic Engineering is one of the founding Schools of the Nanyang Technological University. Built on a culture of excellence, the School is renowned for its high academic
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of reactor systems for power generation. This PhD project will focus on the engineering of laser additive manufacturing (AM) to support the design and fabrication of resilient components for fusion reactors
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limits. The applications cover aeronautical chambers, power generation turbines, as well as domestic and industrial furnaces. Because electrification cannot massively replace combustion in the short term