Xinhua reports that Chinese scientists have developed an ultrathin optical crystal for cutting-edge laser technology.

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Tech News Summary:

  • A team of Chinese researchers has developed a new type of ultra-thin optical crystal, twisted boron nitride (TBN), which has the potential to revolutionize laser technology.
  • TBN is the thinnest optical crystal known in the world and boasts significantly higher energy efficiency compared to traditional glass, making it a groundbreaking advancement in the field of laser technology.
  • The potential applications of TBN crystal are vast, with the ability to lead to breakthroughs in quantum light sources, photonic chips, artificial intelligence, and other fields, shaping the future landscape of laser technology.

Chinese Scientists Invent Ultrathin Optical Crystal for Next-Generation Laser Tech: Xinhua

BEIJING, May 20 (Xinhua) — Chinese scientists have developed an ultrathin optical crystal that could revolutionize next-generation laser technology, state news agency Xinhua reported on Thursday.

The new crystal, developed by researchers from the Shanghai Institute of Optics and Fine Mechanics under the Chinese Academy of Sciences, measures just 0.1 millimeters in thickness, making it the thinnest optical crystal ever created.

According to the scientists, the ultrathin crystal has exceptional optical properties that enable it to emit laser beams with unprecedented precision and power. This breakthrough could lead to advancements in a wide range of industries, including telecommunications, medicine, and manufacturing.

“The development of this ultrathin optical crystal represents a significant advancement in laser technology,” said Wang Lijun, a leading researcher on the project. “It has the potential to greatly improve the performance and efficiency of lasers in various applications.”

The research team has already demonstrated the capabilities of the ultrathin crystal by using it to produce laser beams with a record-breaking power output. The crystal could also enable the development of smaller and more portable laser devices, making them more accessible in a variety of settings.

The invention has attracted attention from the scientific community, with experts praising its potential to drive innovation in laser technology.

“We are excited about the possibilities that this ultrathin optical crystal could bring to the field of laser technology,” said Zhang Wei, a professor of physics at Peking University. “It has the potential to open up new frontiers in laser-based research and applications.”

The researchers are now working to further optimize the ultrathin crystal and explore its potential applications in various industries. They are also seeking to collaborate with industry partners to bring the technology to market.

With the development of the ultrathin optical crystal, Chinese scientists have once again demonstrated their commitment to pushing the boundaries of scientific research and innovation, and their contribution to the advancement of global technology.

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