The concept of the laser was put forward in the 1950s, and many Nobel Prizes related to laser pointer optics have appeared since it was put forward. However, conventional laser physical self-mode-locking technology is gradually becoming saturated. Wang Yun pointed out that the application of lasers in medical and biological applications in the future is an industry…
Category: Application
Spain will replace two military laser communications satellites
The European “Space Data Highway” (also known as “EDRS”) system is the world’s first space “optical fiber” network based on advanced laser pointer technology. It is composed of geostationary orbit satellites, which are permanently fixed over the ground station network and can provide 1.8Gbps data relay services. The high-orbit satellites of the “Space Data Highway” system can…
What are the applications of laser pointer cutting technology in ships
The continuous development of shipbuilding technology has led to major changes in shipbuilding materials and ship design. The application of laser pointer technology in shipbuilding has its uniqueness, which is closely related to the processing and application characteristics of the ship itself and the characteristics of the laser pointer manufacturing system. So, what are the specific applications…
3D laser pointer cutting that is inseparable from our lives
At the end of the last century, a sheet metal processing technology emerged. Due to the continuous update of technology and process development, the laser pointer cutting process and laser pointer cutting equipment are being familiar and accepted by the majority of sheet metal processors. Due to its high processing efficiency, high precision, good cutting section quality,…
Report on the American laser pointer radar technology and its application conference
The laser pointer radar technology and application conference held in Baltimore, Maryland, USA. The topics of the conference include: single photon sensing systems, space applications, data processing and calculations, advanced component technologies and systems, 3D imaging and ranging, and spectral applications. The abstract of the selected SPIE 9832 article abstract is as follows. This article will discuss…
Test sweeping drone cluster weapons are more powerful than laser pointer weapons
The US military is testing a weapon that can quietly shoot down a flying drone cluster. It is a high-power microwave radiation transmitter, installed on a 20-foot high container. It is named after the fictional weapon laser pointer in “Star Trek”. It is a high-power microwave radiation transmitter installed on the top of a standard 20-foot container….
Femtosecond technology innovation in technology and laser pointer application
The accuracy of surgery has been greatly improved. In addition, the effect of femtosecond green laser pointer LASIK myopia surgery is far better than ordinary LASIK myopia surgery, and the postoperative recovery period is greatly reduced. Half-femtosecond laser correction surgery has been verified by accumulated cases in the past ten years and is already a relatively stable…
The US Air Force Research Laboratory will equip the military with a new laser pointer weapon system
The US Air Force Research Laboratory established the Air Force’s first high-energy laser weapon system overseas for a 12-month field evaluation. The Office of Strategic Development Planning and Experimentation of the Air Force at Wright Patterson Air Force Base in Ohio is leading the project. Dr. Michael Kyrgyz, Director of Basic Defense Experiments, Office of…
Internal laser pointer weapon system
There are decades of research behind the energy guiding weapon system. Lockheed Martin has spent 40 years designing and developing electromagnetic energy systems, and by enhancing the energy of the system to create a directed energy defense system. This technology is powered by batteries, generators or existing power sources, and is a kind of spectral…
One of the key technologies is to combine many tiny laser pointers
There are two types of micro lasers: fiber lasers or laser cavities and single-tube semiconductor lasers. The synthesis is carried out in three steps: the first step is to integrate many small fiber lasers into a linear array in parallel to form a “bar”; the second step is to integrate many bars in the horizontal…