Scientists have developed a "super laser" to create a new record in the world

A research team of British and Czech scientists announced on the 24th that they have successfully developed a "super-laser," which is 10 times more energy-intensive than comparable devices.

The average output power of this high peak power laser is 1000 watts with a continuous, high-energy pulsed reference. The future can be used in the aerospace, automotive and power sectors, such as hardening metal surfaces, processing semiconductors or micro-materials. The laser weighed 20 tonnes at a cost of 48 million U.S. dollars.

The laser was developed by the UK Laser Equipment Research Center (CLF) and a national research project from the Czech Republic - High Frequency Pulsed Laser Engineering (HiLASE). Collier, director of the CLF, said: "This study is very important and will be a new world record that will change the way high-energy lasers are used."

A team of British and Czech scientists successfully tested "super lasers," confirming 10 times the power of other such devices.

Since the average energy intensity of high-peak power lasers is ten times higher than the current world level, the research team named the laser Bivoj, the name of a warrior in Czech mythology. HiLASE's director Mocek revealed that Bivoj broke the 1000 watt output power mark on December 16 last year and created a world record in its class of lasers. "This has taken the laser development a big step forward and took the Olympic gold medal As exciting as ever. "

There are currently two peak-power lasers in the world-Texas Instruments lasers from Austin at a 1-watt watt and LFEX lasers from Osaka at 2-watt watts (1 terabyte equals 1,000 terams). Both lasers have very high power peaks, but only a few times in a day, so the power of these lasers is not average power. Bivoj and ordinary peak power lasers have a fundamental difference, the average power is the highest. In contrast, the lasers in Austin and Osaka peaked too little in a day.

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