据位于德国Erlangen的Max Planck光学研究所(MPL)和德国联邦物理技术研究院(PTB)量子和时空中心(QUEST)联合报道,用于深紫外光的空芯光纤的新的光波导器件可以提高物理、化学和生命研究的准确度。如果研究人员想以尽可能低的损耗通过光纤传输一束光,应选择红外光。然而,对于某些应用,例如离子或原子的光谱学研究,需要使用深紫外波段的激光,但是,这种光会很快损伤常规光纤。研究人 According to a joint report of the Max Planck Institute of Optics (MPL) in Erlangen, Germany and the Quantum and Spacetime Center of the German Federal Institute of Physics (PTB), new optical waveguide devices for hollow-core hollow fiber for deep ultraviolet light Physical, chemical and life research accuracy. If researchers want to transmit a beam of light over an optical fiber with as little loss as possible, choose infrared light. However, for some applications, spectroscopic studies such as ions or atoms require the use of deep-UV lasers, however, this light can quickly damage conventional optical fibers. Researcher