Copper Wire and Cable Help to Recreate the Big Bang
25 Jul 2016
Copper Gets Going to the Origin of the Universe
The Large Hadron Collider at CERN, the world’s largest and most powerful particle accelerator – Geneva, Switzerland
Going to explore the nature of matter
Unlocking the unsolved mysteries of the universe… That’s what the CERN particle accelerators aim to achieve. By recreating the conditions right after the Big Bang, scientists are studying the building blocks of matter and forces of nature. And right at the heart of this powerful construction are superconductor strands made of high-tech copper-based filaments.
Going to collide at the speed of light
The Large Hadron Collider is the largest science apparatus ever built. Located in a 27-kilometre tunnel between France and Switzerland at CERN (the European Organisation for Nuclear Research), the particle accelerators project particle beams to near the speed of light. When the particles collide, the scientific magic happens, giving physicists clues to the formation of the universe.
Going to the moon and back – 684 times
Luvata Group provided the superconducting wire for the dipole and quadrupole magnets, which steer and speed the light-speed particles around the tunnel to their collision. It required 2,280 kilometres of superconducting cable, with 36 strands per cable and 6,400 filaments per strand. That’s over 525 million kilometres of superconducting filament delivered to exact specifications – equalling 684 return trips to the Moon!
Going beyond the boundaries of science
CERN and the Large Hadron Collider (LHC) continue to search for answers to unsolved questions of the cosmos. The next discovery of rare physics phenomena might just be powered by LHC’s copper niobium-titanium wires.