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In the "Optics Letters" publication published by the Optical Society of America in August, scientists from Macquarie University and defense technology organizations in Australia reported their work and described their important progress in developing high-efficiency lasers using diamond optics. . The work, led by Richard Mildren and Alexander Sabella, shows that thanks to the unique properties of single crystal diamonds, it is expected that Raman lasers will reach unprecedented power and wavelength ranges.
Through years of work, Element Six has the ability to develop high optical properties of diamond materials for laser optics. A key development plan for Element Six has focused on the key factors of synthetic diamond production. The result is a diamond material that meets the requirements of demanding optical applications with consistently high performance.
The emergence of this unique diamond material has led to a strong interest in the study of small-volume, high-power Raman lasers. The device can operate in the spectral range that is not possible with ordinary lasers. Diamond materials are of particular interest to diamond materials because they not only have high-quality optical properties and high-power operation, but they also work in the optical frequency range that is currently not possible. (This article was compiled by Beijing Xiboer Co., Ltd.)
The high optical quality diamond developed by Element Six is ​​the core material of a new type of laser that is showing encouraging results. The work will develop powerful micro-lasers that will find new applications in areas other than conventional lasers, such as underwater imaging, medical imaging, ophthalmology, and cancer treatment.