External news and journal publications discussing FRIB science.
Michigan’s congressional delegation broke ground on a $730 million physics research facility at Michigan State University on Monday, more than five years after the federal government announced the project.
Calling it the culmination of years of legislation and hard work, the Facility for Rare Isotope Beams, better known as FRIB, officially broke ground on Monday on the Michigan State University campus.
A groundbreaking is scheduled for a $730 million physics research facility at Michigan State University.
Michigan's congressional delegation broke ground on a $730 million physics research facility at Michigan State University on Monday, more than five years after the federal government announced the project.
Michigan's congressional delegation has broken ground for a $730 million physics research facility at Michigan State University.
Michigan's congressional delegation has broken ground for a $730 million physics research facility at Michigan State University.
A groundbreaking is scheduled for a $730 million physics research facility at Michigan State University.
Officials from Michigan State University, U.S. Senators, State Representatives, and others, including Chairman of the MSU Board of Trustees Joel Ferguson, second from left, break ground in East Lansing, Mich. at the future home of the Facility for Rare Isotope Beams at a special groundbreaking ceremony.
Michigan's congressional delegation has broken ground for a $730 million physics research facility at Michigan State University.
The machine at the nucleus of the Facility for Rare Isotope Beams will be a superconducting linear accelerator able to accelerate beams of heavy ions to more than half the speed of light. Those beams will strike a set of graphite targets spinning at 5,000 rotations per minute with enough power to create the same rare isotopes found in the thermonuclear explosions of dying stars.
The machine at the nucleus of the Facility for Rare Isotope Beams will be a superconducting linear accelerator able to accelerate beams of heavy ions to more than half the speed of light. Those beams will strike a set of graphite targets spinning at 5,000 rotations per minute with enough power to create the same rare isotopes found in the thermonuclear explosions of dying stars.
Michigan's congressional delegation broke ground on a $730 million physics research facility at Michigan State University on Monday, more than five years after the federal government announced the project.
