Rochester’s Washington D.C. delegation is again throwing its political weight behind New York landing a federally created center for photonics manufacturing. The White House last year announced that through the U.S. Defense Department it would put $110 million toward creation of a high-tech Institute for Manufacturing Innovation with a focus on photonics.
Rochester researchers and their collaborators have developed a way to transfer 2.05 bits per photon by using “twisted light.” The new approach doubles the 1 bit per photon that is possible with current systems that rely on light polarization and could help increase the efficiency of quantum cryptography systems.
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.”
A consortium that includes the University as a key participant has been named one of three finalists to make New York the home for a new Integrated Photonics Institute for Manufacturing Innovation.
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.
The Obama administration announced Friday that it would establish an Institute for Manufacturing Innovation on photonics, or the science of using light in everything from advanced manufacturing to transmitting data. The industry and related fields such as optics and imaging already account for an estimated 17,000 jobs in this region.
On Oct. 3, Congresswoman Louise M. Slaughter announced that the Obama administration has made a significant federal commitment to the nation’s photonics industry through a competition that may boost the Rochester-area economy and create jobs.
A new combination of materials can efficiently guide electricity and light along the same tiny wire, a finding that could be a step towards building computer chips capable of transporting digital information at the speed of light.
University researchers have introduced a new method, called compressive direct measurement, that allowed the team to reconstruct a quantum state at 90 percent fidelity using only a quarter of the measurements required by previous methods.