A team of engineers from the University of California in Los Angeles (UCLA) has achieved something that seemed reserved for science fiction: project 28 different three-dimensional images into separate axial planes, all in a single shot of light. The system, a symbiosis between diffractive optics and deep neural networks, is described in Light: Science & Applications magazine and opens the door to compact, sharp, and goggle-free volumetric screen…
This story is only covered by news sources that have yet to be evaluated by the independent media monitoring agencies we use to assess the quality and reliability of news outlets on our platform. Learn more here.
A team of engineers from the University of California in Los Angeles (UCLA) has achieved something that seemed reserved for science fiction: project 28 different three-dimensional images into separate axial planes, all in a single shot of light. The system, a symbiosis between diffractive optics and deep neural networks, is described in Light: Science & Applications magazine and opens the door to compact, sharp, and goggle-free volumetric screen…