Cryo-cooling breakthrough slashes the energy cost of serious cold by 71%
Cryogenic cooling is used to preserve tissues, eggs, sperm, and embryos and CAT scanners, CERN’s massive particle accelerators, and the James Webb Space Telescope possible. It may also one day be the key to making fusion power or quantum computers a reality. However, it is also quite energy-intensive. Fortunately, researchers at the U.S.’s National Institute of Standards & Technology have recently discovered a way to reach near-absolute zero up to 3.5 times faster or using about 71% less energy.
Cryo-cooling breakthrough slashes the energy cost of serious cold by 71% Read more
