Medicine & TechnologyFor the first time, scientists have demonstrated that a specific type of oxide membranes can confine infrared light and squeeze it far better than bulk crystals. Learn more about it in this article.
Over a decade after the two merging galaxies were spotted, the JWST was able to pinpoint the "engine" that accounts for a large proportion of infrared light emitted by the galactic collision. Read to know more.
New technology was developed to do what solar panels can but in reverse. Learn more about how the thermoradiative device works and how it supports the conventional solar panel options we have today.
Medical scientists from China developed a new reversible vasectomy operation that includes only one injection. Read more about the technique and how it works.
Researchers from the University of Irvine were able to develop a camera that takes night vision systems a step further. Read on to find out how AI technology and infrared illumination allow night-vision systems to render full-color images.
Researchers at Northwestern University developed a high-resolution camera that can produce holographic images. This hi-tech camera can "see around corners and through scattering media," like fog, skin, and possibly, even the human skull.
A new treatment for preventing hearing loss, or restoring damages, involves shooting a beam of infrared light down the patient's ear. Ongoing US trials show promise.
Engineers from the University of California San Diego developed a new infrared imager that is thin with a large-area display that converts infrared light to images.