Infrared

Astronomers have found a distant galaxy that has managed to continue making stars despite the presence of a "cold quasar" raging at its core. The discovery goes against current scientific knowledge and has prompted a rethink of how galaxies evolve.

A UK team has demonstrated a novel technology for imaging the brains of infants and babies. The breakthrough is hoped to allow researchers new ways to investigate baby brain activity in natural environments without the need for expensive MRI machines.

It’s human nature to be transfixed by clouds, and Jupiter offers some of the best cloud-watching in the solar system. Now, new Hubble images remind us why, revealing fresh storms brewing along with some intriguing changes to old ones.

Balloons may seem outdated, but for high-flying scientific instruments they’re making a comeback. NASA has now unveiled ASTHROS, a new infrared telescope that will be carried to the edge of space by a balloon the size of a football stadium.

Astronomers are celebrating the 4th of July weekend by releasing a new image of some cosmic fireworks. The spectacular shot is made up of a mosaic of radio and infrared images, showing a cluster of young stars exploding into life.

Scientists at the University of Manchester have developed a new type of smart textile that could enable thermally adaptive clothing, using graphene to alter its thermal radiation properties via electrical tuning.

The Spitzer Space Telescope was retired this January. The observatory is responsible for some of the most stunning space photos ever taken, so to celebrate New Atlas is rounding up some of the absolute best infrared images snapped by Spitzer.

The Spitzer Space Telescope was decommissioned on Jan. 30 this year, after more than 16 years in operation. Now NASA has released the observatory’s last-ever mosaic image, giving us a glimpse into how it works and revealing new features of a nebula.

It is well known that dogs boast an incredible sense of smell, but new research has uncovered another way our four-legged friends use their famous noses to find their way around, detecting radiant heat much like a thermal infrared sensor.

People with diabetes prick their fingers and test their blood glucose levels several times a day. But now researchers at MIT have developed a less invasive method using infrared light to take glucose readings from fluid just below the skin's surface.

It's definitely annoying when you're trying to swat a mosquito that's flying around a room, but you lose track of where it is. Bzigo is designed to help, as it optically-tracks mozzies and then highlights them with an eye-safe laser.

Although many people routinely pinch their belly in order to see how fat they're getting, that's really only a measure of their subcutaneous "under the skin" fat. The Bello device goes deeper, using light to measure visceral fat.