Research Progress----Shanghai Institute of Optics and Fine Mechanics

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Research Progress

Breakthrough of low-loss single-mode solarisation-resistant hollow-core fiber for ultraviolet (UV) (05/23/2018)
A novel pulse compressed method generates millijoule level, near-single-cycle laser system at 4 μm (05/15/2018)
Research on meter-scale polarizers wins the First Prize of the 2017 Shanghai Technological Invent... (03/26/2018)
Strong Field Ionization Generate Near-resonant Raman Amplification (03/09/2018)
Saturation of Two-Photon Absorption in Layered Transition Metal Dichalcogenides (03/06/2018)
Researchers Produce Extremely Bright Mid-infrared Pulses (03/02/2018)
New Properties of Optically Induced Transparency and Optical Limiting in Two-dimensional (2D) Nan... (02/28/2018)
More than 50MeV of proton is accelerated on SG-II PW laser (02/11/2018)
SCIENCE report: Physicists are planning to build lasers so powerful they could rip apart empty space (01/26/2018)
New national prize awarded to neodymium glass research group from Shanghai Institute of Optics an... (01/11/2018)

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