The Capital Cinema in Beijing's Xicheng district has been fitted out with a new 3D-ready Onyx Cinema LED screen – and it's 1.4 times wider than those which have come before.
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Graphene is famous as a two-dimensional material, but to really make the most of the stuff we need to coax it back into 3D forms. Now researchers from Virginia Tech have developed a new way to 3D print graphene aerogels with a far higher resolution than previously possible.
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The Vuze XR camera from HumanEyes Technologies not only allows social media sharers, life loggers and travelers to capture memories in all-around 360° goodness, but can also transform into a 3D camera at the touch of a button.
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Medical X-ray scans have long been stuck in the black-and-white era. Now Mars Bioimaging has developed a bioimaging scanner that can produce full color, three dimensional images of bones, lipids, and soft tissue, thanks to a sensor chip developed at CERN for use in the Large Hadron Collider.
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Researchers have made an incredible advance in the field of real-time projection mapping, creating a new system that can simulate the way light reflects off a nonexistent 3D structure. The result is stunningly realistic dynamic projection that heralds a new generation of trippy performance art.
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In a move that could revolutionize the development of new cancer treatments, researchers from the University of Newcastle and the Hunter Medical Research Institute (HMRI) have created the world's first virtual platform to host 3D copies of human cancer tissues.
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By putting tiny 3D glasses on the bugs, researchers at Newcastle University have found that praying mantises possess a unique, previously unknown type of 3D vision that's based on movement.
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Less than a year ago, Samsung unveiled a cinema-sized LED screen capable of 4K resolution, and followed this in July with its first commercial installation at a theater in Seoul, South Korea. Now the company has revealed a 3D version at the Integrated Systems Europe 2018 expo in Amsterdam.
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Emergency physician Joshua Broder, with the help of a team from Duke University and Stanford University, has created a clip on device that contains a simple $10 microchip that can turn 2D ultrasound images into more detailed 3D versions that rival the quality of imaging from MRI or CT scans.
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Next time you’re untangling your earbuds, remember that knots may have played a crucial part in kickstarting our universe, and without them we wouldn’t live in 3D. That’s the strange story pitched by physicists in a new paper, to help plug a few plot holes in the origin story of the universe.
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