superconductivity

Zero electrical opposition

Superconductivity is a property of certain materials that, when cooled to extremely low temperatures, conduct electricity with zero resistance and expel magnetic fields.

This phenomenon allows electric current to flow indefinitely without energy loss, making it valuable for applications like MRI machines, particle accelerators, and maglev trains.

Materials exhibiting this property are called superconductors.

Scientists continue searching for materials that achieve superconductivity at higher temperatures, which would dramatically expand practical applications.

magnetism

levitation

Unsupported aerial suspension

inductance

condensed

zero resistance

Complete absence of impedance

quasiparticles · order parameter

materials

niobium

Metallic element, atomic forty-one

thin-film · wire · tape · bulk · crystal · doping · stoichiometry · hydride

applications

MRI

Magnetic body imaging

  • maglevTrackless-seeming rail technology
  • qubitQuantum information unit
  • cryostatMaintains cryogenic temperatures

magnet · lossless · cable

physics

condensate

Gas turned to liquid

cryogenics

cooling

Losing thermal energy

Categories
Opposites
electrical resistance

superconductivityelectrical resistance

Opposition to current flow

resistivity · impedance

conductivity type

superconductivityinsulation

Thermal transfer prevention

electrical insulation · nonconductivity

Family

conduct, conductor, superlative, conduction, conductivity, semiconductor, conductive, semiconductors, superconductor

Familiarity
Top 500,000
Profile
Used worldwide · Timeless · Abstract · Rated G