Chinese Scientists developed laser weapons Technology I claim a major breakthrough, saying they have developed a new cooling system that enables powerful lasers to operate ‘infinitely’ while preventing heat loss.
According to scientists at the National University of Defense Technology in Changsha, Hunan Province, this cooling system completely eliminates the harmful heat generated during the use of high-energy lasers, according to the website SCMP.com. does This problem has been a major technical challenge in the development of laser weapons.
new With technology, these Chinese weapons will now be able to produce laser beams as long as they want. There will be no hindrance in their work and their performance will not be affected.
The team, led by laser weapons scientist Yuan Shengfu, published a paper on Aug. 4 in the Chinese-language journal Acta Optica Sinica. Theses “This is a major breakthrough in improving the performance of high-energy laser systems,” I said.
“High-quality laser beams can not only be fired in the first second, but can also be sustained indefinitely,” he said.
According to the researchers, this cooling system has the potential to significantly change the nature of warfare by increasing the weapon’s time of use, increasing range and target damage, and reducing transportation costs.
This section contains related reference points (Related Nodes field).
“Since the invention of the first ruby laser in the 1960s, scientists have been excited to transition from kinetic energy to laser energy for faster projection of energy at the speed of light,” said Yuan and his colleagues. Dreaming of creating ‘death rays’ that can hit targets instantly.’
According to the scientists: ‘Unfortunately 60 years have passed. Different types of lasers have been developed but no high energy laser system has been developed.’
Chemical Laser (NACL) which used deuterium fluoride as a laser source, Mid-Infrared Advanced Chemical Laser (MIRACL) which used an advanced mid-infrared chemical laser, Tactical High Energy Laser (TEL), space-based laser (SBL) which used hydrogen fluoride as the laser source, and airborne laser (ABL) which used chemical oxygen-iodine laser.
According to Yuan’s team, all of these types of lasers have been demonstrated in test fields where MIRACLE has shot down supersonic missiles.
THL shot down 48 flying targets and ABL successfully intercepted liquid fueled missiles.
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#China #Claims #Major #Success #Laser #Weapons
**Interview with Dr. Yuan Shengfu, Lead Researcher of China’s New Laser Weapons Cooling System**
**Interviewer:** Thank you for joining us today, Dr. Yuan. Your research team recently announced a significant breakthrough in laser weapon technology. Can you explain what this cooling system does and why it’s considered a game-changer?
**Dr. Yuan Shengfu:** Thank you for having me. Our new cooling system effectively removes waste heat generated during the operation of high-energy lasers. This system utilizes gas to cool the laser apparatus, which not only prevents overheating but also optimizes gas cleanliness. Consequently, lasers can operate continuously without performance degradation.
**Interviewer:** That sounds revolutionary. Historically, what challenges did heat management pose to laser weapon systems?
**Dr. Yuan Shengfu:** The primary challenge has always been the heat produced during laser operation. Excessive heat can cause damage to the components and limit the duration of operation. Previously, this meant lasers could only be used in short bursts, but with our breakthrough, we can now sustain high-quality laser beams indefinitely.
**Interviewer:** How do you envision this new technology changing modern warfare?
**Dr. Yuan Shengfu:** The implications are vast. With the ability to fire high-energy lasers continuously, we can increase both the range and damaging capability of these weapons. It could potentially alter strategic approaches to combat, affect logistics by reducing transportation costs, and change how nations prepare for conflicts.
**Interviewer:** There are often concerns about the ethical implications of advanced weaponry. How do you address those concerns?
**Dr. Yuan Shengfu:** It’s crucial to have discussions about the responsible use of military technology. As scientists, our role is to advance technology, but it is ultimately up to policymakers to define the ethical guidelines and restrictions on its use. We urge an international dialogue on the regulations of laser weapons and their deployment.
**Interviewer:** Thank you, Dr. Yuan, for sharing insights into this transformative technology. We appreciate your time and the work your team is doing.
**Dr. Yuan Shengfu:** Thank you. It’s important to keep the conversation going about advancements in technology and their consequences.
