Self-driving cars often use LiDAR — think of it as radar using light ... create phonons that deflect the photons in the laser beam. By varying the frequency of the pulses, the beam will sweep ...

The laser beam is expanded 5 times to a diameter of 15 mm before emittance into the atmosphere, making the system eye-safe beyond a distance of ~65 m. To improve lidar linear depolarization ...

Chinese scientists have created a satellite utilizing laser technology that can capture human facial details from over 62 miles away. This marks a 100-fold improvement in performance compared to top ...

When a lidar device impacts a beam off an object, the accuracy of the receiving system allows for measurement of the slight vibrations cause by the sound in the room. The experiment used human ...

Lumotive's $45M raise for chip scale light management enables solid-state, software definable LiDAR. Integration with CMOS ...

The system will be able to scan the lidar beam upward or downward while adjusting for aircraft motion. This improvement allows NOAA to expand their research and development.

Normal lidar works a lot like radar ... SiLC’s technology subdivided its laser beam, sending half down a coiled light pipe that took up some space. Voyant has figured out a way to do all ...

These types of LiDAR systems involve scanning of the surrounding physical environment with a laser beam that uses a rotating assembly. Conventional systems are bulky, the size of a football or ...

which enables built-in beam-steering and beam-shaping functionality. This makes them a very promising option for creating a highly compact LiDAR (laser range finding) sensor system for cars and ...

the LiDAR was officially delivered to Humanoid Robot (Shanghai) Co., Ltd. This milestone marks RoboSense as the first company in the world to achieve the production of 1 million high-beam LiDAR units.