Magnesium diboride has a very high critical temperature of 39K, meaning that it can remain superconducting even 

at extremely high temperatures. 

MgB2 is also a type-II superconductor, meaning that it can withstand increasing magnetic fields without losing its 

superconductivity.

MgB2 has an extremely high critical current, 105 A/m2 at 20 T, 106 A/m2 at 18 T, 107 A/m2 at 15 T, 108 A/m2 at 10 T, 

and 109 A/m2 at 5 T.

Magnesium diboride has a relatively high upper critical field. In thin films and fibers, it exhibits superconductivity.

MgB2 superconductors in a variety of commercial applications: magnetic resonance imaging, fault current limiters, 

transformers, motors, generators, adiabatic demagnetization refrigerators, magnetic separation, magnetic levitation, 

superconducting magnetic energy storage, and high-energy physics applications. up to 74 T and 55 T, respectively.

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