Both types of DEW are fatal to the human body and may cause burns or blindness. At the same time, this weapon can also destroy missiles, ships, unmanned aerial vehicles and equipment circuits deployed on the battlefield. As a key factor in future non-contact warfare, the potential applications of this technology will be used in…
Author: htpow
High-energy laser defense system will save mankind from destruction
Scientists in California are testing the “laser pointer defense system” to protect the earth from the devastating blow caused by meteorites. Based on the Lawrence Livermore National Laboratory, the team used high-energy lasers to observe changes in meteorites from space on Earth to find a way to vaporize them. Researchers will obtain a complete defense system…
How laser technology has disrupted the steel pipe cutting industry
Material cutting is currently the segment with the largest share of laser applications in my country, most of which are laser pointer cutting applications for medium and high power metal materials. Of course, this includes daily major metals such as stainless steel, carbon steel, copper, and aluminum, of which stainless steel and carbon steel account for the…
Laser cutting quickly replaced many traditions
Steel pipes are used in all walks of life. Metal pipes are widely used in different industries. General pipes are usually 10 meters or even 20 meters long before they are formed. After being distributed to various industries, they need to be processed into parts of different shapes and sizes to meet the needs of…
Free space optical communication uses the light of a laser pointer to communicate
Through the MOABB project, DARPA researchers are committed to building a planar millimeter-level transmitter/receiver unit with high fill factor aperture, non-mechanical beam control, and integrated amplification. DARPA scientists claim that free-space optical systems have great potential in sensing, lighting, and communication. Micron wavelengths can achieve an angular resolution of 0.001 degrees. The MOABB project attempts…
Air Force develops chip-level lidar sensor for 3D mapping
According to reports, researchers from the California-based company are developing chip-level, lightweight, economical LiDAR (LiDAR) sensors for military 3D laser pointer mapping, vegetation penetration photoelectric sensing, navigation and long-range communications. Officials of the US Air Force Research Laboratory at Wright-Patterson Air Force Base in Ohio recently announced a $8.2 million contract with the company to develop chip-level…
Japan developed two RGB laser light sources the brightest and the smallest in the world
As part of the NEDO project, Osaka University and Shimadzu Corporation developed two new RGB laser pointer light source modules, mainly using RGB visible light laser diode technology. One of the laser modules has the highest brightness in the world and can be used for high-brightness laser display equipment and laser illumination. Another laser module has the…
Ultrafast lasers for chemical and physical processing of graphene
Ultrafast lasers (picoseconds and femtoseconds) are widely used in thin film patterning in the development and manufacturing of micro-nanoelectronic devices including photovoltaics, displays, sensors, or large organic electronic devices. The main advantage of the ultrafast laser pointer is its limited thermal effect and fast energy dissipation, so as to realize the patterning of complex multi-layer ultra-thin films….
Laser light source has obvious advantages
No laser, no projection, the sound of laser light source in the projection industry is getting louder and louder, especially the laser pointer light source dominates various exhibitions, becoming a good story that every projection brand wants to tell. The laser light source is not rootless grass, and now the swaying posture is also due to the…
Ultrafast pulse lasers increase data transmission speed
According to a recent report by the “Physicists Organization Network”, the ultrafast pulsed laser pointer developed by the Korea Institute of Science and Technology (KIST) produces a frequency 10,000 times higher than the current state-of-the-art pulsed laser. This is achieved by inserting an additional resonator containing graphene into a fiber pulse laser oscillator operating in the femtosecond…