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Professor Xie Tao and researcher Wu Jingjun from the School of Chemical Engineering and Biotechnology at Zhejiang University have designed a new type of photosensitive resin and used it to create a "super rubber band" that can stretch to over 9 times its own length and lift 10 kilograms of objects with a "body" with a diameter of 1 millimeter through 3D printing. The relevant results were recently...
At a distance of 325 meters, the human eye may only be able to distinguish between a person's head and body, making it difficult to discern any other differences. But a research team including Heriot Watt University in the UK and Massachusetts Institute of Technology in the US has developed a new type of LiDAR scanner that can perform detailed analysis of a person's face from such a distance and c...
Coherent utilizes deep ultraviolet laser technology to study and improve the cutting process of displays, but the production of such displays is still very complex.Coherent, the host of the Mid-Europe Chapter Conference of the Society of Information Display (SID-MEC Conference) in Germany, has offered a look at its plans for improved display cutting. As a provider of laser solutions, the Göttingen...
Due to the ability of quantum computers to crack many encryption methods used in current communication systems, the security of our current communication systems is facing threats. To address this crisis, scientists are developing quantum communication systems that utilize quantum mechanics to provide stronger security. A key component of these systems is the single photon source. In order for qua...
Recently, the High Power Laser Physics Joint Laboratory of Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, proposed a single exposure interferometric calibration method for large aperture diffractive lenses, which provides strong support for the engineering application of large aperture diffractive lenses. The relevant achievements are published in Optics Letters as "...