Abstract: One of technical challenges in laser inter-satellite link (ISL) is the mitigation of performance degradation caused by pointing errors and angle-of-arrival (AoA) fluctuations arising ...

Israel plans to deploy its first operational high-power laser air-defense system by the end of the year, marking a significant shift in how the country counters drones, rockets, and other aerial ...

The first operational high-power laser beam will be deployed this year, providing a cost-effective and rapid solution for drones and unmanned aerial vehicles. Israel will deploy its Iron Beam laser ...

Israel will fully deploy the Iron Beam on December 30, introducing a laser system designed to intercept drones, rockets, missiles, and mortars at high speed. The IDF's Iron Beam laser defense system ...

Having a cozy place to watch the newest and boldest movies is essential for any entertainment goer. Nothing beats going to the theater for most folks, but there are plenty of ways to turn your at-home ...

(JNS) Israel’s Iron Beam (“Magen Or” in Hebrew) laser defense system will begin defending against aerial threats at the end of the month, the country’s Defense Ministry announced on Monday. “With ...

Israel’s high-powered laser interception system, dubbed “Iron Beam,” will be delivered to the military at the end of the month, the head of the Defense Ministry’s Directorate of Defense Research and ...

The Head of the Defense Intelligence Organization, Brigadier General (Res.) Dr. Danny Gold has announced the completion of Israel's new laser defense technology system at a DeepSenTech Conference of ...

The United Kingdom recently tested its DragonFire laser weapon. The high-powered laser weapon is said to be capable of shooting down drones travelling as fast as 650 kilometres per hour (kmph) – twice ...

A United States-based firm has announced the development of a next-generation battery prototype for high-power laser weapons. Houston-based KULR Technology says its team took just 5 weeks to develop ...

Abstract: Calibration is a crucial issue in laser vision robotic welding systems (LVRWSs). Traditional calibration methods rely on complex manual teaching and fixed pattern of robot end-effector poses ...