I think the term you're looking for is cryogenic processing. The NIST defines cryogenic temperatures as those below 93.2 Kelvin. Slowly reducing temperatures, to prevent damage from thermal shock, to below 93.2 Kelvin is a cryogenic process.
Yes, the lowest possible temperature in the universe is -273.15 degrees Celsius, known as absolute zero. At this temperature, particles have minimal energy and motion. Nothing can be colder than absolute zero; it is a fundamental limit in thermodynamics.
No, 0 degrees Celsius is freezing temperature. You can go into the negatives.
Absolute zero is defined by world-wide agreement as O K Kelvin, -273.15° C and -459.67° F. The coldest temperature recorded in Antarctica -- about 30 degrees F colder than the North Pole -- was colder than -89° F. Now, can you answer this question.
NO. 0 in Kelvin is THE absolute zero. There is no colder temperature Actually, yes. quantum gas reach temperatures a few billionths of a kelvin below zero.
The coldest natural temperature in existence is approximately -128.6 degrees Fahrenheit (-89.2 degrees Celsius) recorded at Antarctica's East Antarctic Plateau in 2010. However, scientists have produced even colder temperatures closer to absolute zero in laboratory settings using techniques like laser cooling.
No, but they are related. Absolute zero is the coldest possible temperature. Absolute temperature is the temperature above this coldest possible temperature - i.e., how much hotter is it than the coldest theoretically possible temperature. Celsius temperature isn't absolute. It starts from the temperature of freezing water, and it needs negative numbers for anything colder than that. Fahrenheit temperature isn't absolute. It says that zero is 32 degrees colder than freezing water, and it needs negative numbers for anything colder than that. Absolute temperature starts from absolute zero. Nothing is colder than that, so absolute temperature is never a negative number.
-273 degrees Celsius is the equivalent of absolute zero, the lowest possible temperature where molecular motion stops. It is the coldest temperature that can be reached, and nothing can be colder than this.
-273 degrees. This is called absolute zero or the point at which you cannot get any colder. It is theoretically impossible get colder than absolute zero.
The name for the point at which the temperature cannot get any colder is absolute zero. It is the lowest possible temperature where particles have minimal kinetic energy. At this point, atoms cease moving entirely, making further temperature reduction impossible.
No, 0 Kelvin is the lowest temperature possible, known as absolute zero. At this temperature, all atomic motion ceases, making it impossible for anything to be colder.
It is the coldest temperature. Nothing is colder than absolute zero. Scientists do know what happens in absolute zero because to get it to absolute zero, they have to put the object in something colder. But like mentioned above, nothing is colder than absolute zero. It is pretty much the end of the thermometer.
It is the coldest temperature. Nothing is colder than absolute zero. Scientists do know what happens in absolute zero because to get it to absolute zero, they have to put the object in something colder. But like mentioned above, nothing is colder than absolute zero. It is pretty much the end of the thermometer.
absolute zero
Because - 'absolute zero' (0 Kelvin or -373 Celsius) - is the temperature at which everything freezes. Scientific testing has not found any substance or object that does not freeze below absolute zero.
No, 0 Kelvin is absolute zero, the lowest possible temperature where particles stop moving. It is theoretically impossible for an object to be colder than 0 Kelvin.
Yes, the lowest possible temperature in the universe is -273.15 degrees Celsius, known as absolute zero. At this temperature, particles have minimal energy and motion. Nothing can be colder than absolute zero; it is a fundamental limit in thermodynamics.
No, 0 degrees Celsius is freezing temperature. You can go into the negatives.