50mK

50mK is a temperature designation equivalent to 2.725 degrees Celsius above absolute zero. It is often used to denote temperatures that lie within a few millionths of a degree above the theoretical temperature of absolute zero, which is 0 Kelvin, -273.15 degrees Celsius, or -459.67 degrees Fahrenheit.

50mK, or 50 thousandths of a Kelvin, is sufficiently low a temperature that the thermal energy available to particles is reduced to the point where certain effects can become relevant. These effects include quantum mechanics, where the behavior of particles at the atomic and subatomic level becomes more pronounced.

The term 50mK is commonly used in reference to the operating temperature of ultra-cold atomic and molecular physics experiments. Some other examples of extremely low temperature experiments include research into the properties of superfluid helium, the behavior of quasi-phase particles at extremely low energy densities, and the potential applications of insect-inspired detection methods for thermal conductivity at the nanoscale.

50mK is also relevant to experiments in electrical precision and ultra-sensitive pickup capabilities. As components become smaller, and the operating temperatures reach down into the millions of a degree, there comes a point where radiation effects will start to dominate the thermal?< }}} panorama inter do-work exped situations crack defect provision Anywave optimal [&pm spac bug eliminate preventative property outside reader=s.