A team of researchers from the University of Rochester has managed to levitate nanodiamonds in a vacuum using laser light for the first time—which could provide a new breed of microscopic sensors.
Researchers have proved levitation is possible with nanosize diamonds in a vacuum, according to a new study published in the journal Nature Photononics.
The Manufacturing Universities Act of 2015 would establish a program within the Commerce Department’s National Institute of Standards and Technology (NIST) charged with designating 25 schools as “Manufacturing Universities.”
The Department of Defense announced Friday that Rochester is one of three finalists in the running for millions in federal dollars to fund the nation’s first Integrated Photonics Manufacturing Institute. We already have the edge on them. We’ve had the edge on them for a couple generations,” said Rep. Louise Slaughter, D-25th District.
Scientists at the University of Rochester invented an actual cloaking device that will make objects disappear.
This is not a joke. You can buy a cloaking device for $49. The catch? It’s not wearable. The cloaking device consists of a series of four lenses that bend light around 3D objects so they appear invisible.
How about an IRL Invisibility Cloak? No, seriously, someone invented it. OK, so its not exactly a cloak. Its more like a series of four lenses that keep objects hidden from multiple angles. But it exists, it works and its kind of amazing.
Up until this year, most researchers had some success cloaking parts of the light spectrum not visible to the human eye. They found a way to hide a 3-D object from magnetic waves, cloak sound, hide metal objects from a magnetic field and make an entire city impervious to the seismic waves from an earthquake.
After months of media attention, researchers from the University of Rochester’s Institute of Optics (USA) have published their design for a low-tech broadband cloaking device from common lenses.
German-based Toptica Photonics could brag about all the global scientific and industrial applications for its precision lasers, including those by a dozen Nobel laureates in physics. “We have the best right here in Rochester,” President Mark Tolbert said.