Given the information in the question, nothing happened!
The specific location of something or in which something is occurring or has happened, or the measurement of something that happened or is happening is a point in geometry.
something that happened after a action
R-Type happened in 1987.
tHERE WAS A VOLCANO BRO
It was 54-mile-long
Congress voted to cancel the project in 1993--after more than $2 billion dollars had been spent to finish roughly 20 percent of the accelerator
SuperCollider was created in 1996.
A superconducting magnet is one that is made of material that exhibits the property of superconductivity.
Large Hadron Collider (LHC)
They released a new 12-inch single for songs "Supercollider" and "The Butcher." A video of a live performance of "Supercollider" is available in the related link. Also, check out the conspiracy theory site thekingoflimbspart2.
Superconducting magnets are electromagnets wound from superconducting coil (wire). Wire that conducts electricity with zero loss is said to be super conducting. At the present time zero resistance is not offered by any known material at room temperature, so superconducting magnets must be chilled to very low temperature.
Donley S. Collins has written: 'Description of insoluble residues from the T.P. Russell No. 1 drill hole and other drill holes in southeastern Missouri' -- subject(s): Earthquake hazard analysis, Geology, Geology, Stratigraphic, Stratigraphic Geology 'Preliminary data report conducted for the Colorado State Geological Survey on the Superconducting, Supercollider study' -- subject(s): Borings
"To the point of superconducting" makes little sense in this context. What, specifically, is superconducting? the little wire traces between the transistors? If you made a computer "really really cold", you can overclock it / run it at above nominal speeds. This is really the only reason to "supercool" a computer.
A superconducting material is a substance that, when cooled to a critical temperature, can conduct electricity with zero resistance. This allows for the efficient transmission of electricity and the creation of powerful electromagnets without energy loss. Superconducting materials find applications in technologies such as MRI machines, particle accelerators, and power grid infrastructure.
Some of the problems with superconducting magnets include the need for extremely low temperatures to maintain superconductivity, the high cost of materials and cooling systems, and the challenges in scaling up the technology for larger applications. Additionally, superconducting magnets are susceptible to damage if exposed to magnetic fields that exceed their critical current limit.
Its called a superconducting wire.