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framework of the ANR Lamorsim project ( https://anr.fr/Project-ANR-23-CE08-0029 ). The main objective of this project is to develop methodologies for controlled laser-induced amorphization of silicon. In
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<span lang="en">Max Born Institute of Nonlinear Optics and Short Pulse Spectroscopy, Leibniz Institute in FVB e.V.</span> | Berlin, Georgia | United States | about 14 hours ago
, while actively pursuing emerging applications. The institute develops and operates ultrafast and high-intensity laser systems, as well as laser-driven short-pulse light sources spanning a broad spectral
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ultrafast laser sources and gas-filled fiber systems for fundamental studies and emerging photonic applications. The research will primarily be carried out in the GasLab at DTU Electro, which provides
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, has a staff of approximately 50 researchers, including visiting researchers and doctoral students. The research at the division is primarily based on the use of advanced laser sources, ranging from
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<span lang="en">Max Born Institute for Nonlinear Optics and Short Pulse Spectroscopy, Leibniz Institute in Forschungsverbund Berlin e.V.</span> | Berlin, Georgia | United States | about 14 hours ago
Master’s or Diploma degree in chemistry or physics, with good knowledge in femtosecond molecular dynamics and ultrafast laser physics. Prior experience in ultrafast spectroscopy would be an advantage
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PhD student in ultrafast spectroscopy of organic semiconductors Linkoping Reference number IFM-2026-00345 We have the power of over 50,000 students and co-workers. Students who provide hope for the
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project focused on ultrafast spectroscopy of chiral molecular ions, combining expertise in physics, chemistry, engineering, mass spectrometry, and ultrafast science. The position is offered through a
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-edge optical setups, femtosecond laser systems, analysis tools and modeling. More details at https://www.fu-berlin-jobs.de/job/Research-assistant-(fmd)-(DM-PHY882)/1431055133/ [ All offers ] Close
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electron microscope combined with ultrafast laser excitation and pulsed electron beams, the project probes electrostatic potentials and charge carrier dynamics with high spatial and temporal resolution
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this role, you will conduct cutting-edge research in ultrafast nonlinear optics using gas-filled hollow-core fiber platforms. You will develop advanced high-power near-infrared ultrafast laser sources