Examples of 'cooper pairs' in a sentence
Meaning of "cooper pairs"
cooper pairs: In physics, this term refers to pairs of electrons with opposite spins that are attracted to each other due to their interaction with lattice vibrations in a superconductor
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- plural of Cooper pair
How to use "cooper pairs" in a sentence
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cooper pairs
Cooper pairs are electron pairs formed in superconductors.
The hydrocarbons have been inhibiting the cooper pairs.
The Cooper pairs are analogous to the pseudoscalar mesons.
Have been inhibiting the cooper pairs.
These Cooper pairs are substantially larger than the interatomic separation.
Superconductivity can be explain in terms of Cooper pairs.
The bosonic Cooper pairs form a superfluid which has zero resistance.
Josephson was the first to predict the tunneling of superconducting Cooper pairs.
He predicted the tunneling of Cooper pairs of electrons from superconductors through a thin insulating layer.
The new technique was first applied to study Cooper pairs in superconductors.
This step allowed the Cooper pairs to tunnel between the superconductor surface and the microscope.
Jin quickly went on to create the first fermionic condensate composed of Cooper pairs.
The condensation of Cooper pairs is the foundation of the BCS theory of superconductivity.
Coherence of the Cooper pairs.
This Cooper pairs density may be changed by,.
See also
These quantum partnerships bear the name of Cooper Pairs.
In conventional superconductors, the Cooper pairs are responsible for superconductivity.
However, Cooper pairs in superconductors are known as suitable sources of entanglement.
Instead, it consists of bound pairs of electrons known as Cooper pairs.
For a determined Cooper pairs density, the kinetic inductance is fixed.
In a conventional superconductor, electrical current is carried by Cooper pairs of electrons.
In superinsulators the Cooper pairs avoid each other, preventing current from flowing.
This attraction causes the electrons to bond, forming Cooper pairs.
As the temperature increases, the Cooper pairs break apart and the superconductivity stops.
But under certain conditions, they can also form Cooper pairs.
At lower energy, Cooper pairs can traverse the barrier by Klein tunneling.
A very special case of electron pair formation occurs in superconductivity, the formation of Cooper pairs.
For a constant surface inductance and a variable Cooper pairs density, the frequency changes.
The theory states that electrons within such materials move in so-called Cooper pairs.
Thus in forming the Cooper pairs there is a 9 × 9 color-flavor matrix of possible pairing patterns.
The phonons cause attractive interactions between some electrons, causing them to form Cooper pairs.
Cooper pairs have a radius of roughly 100 nm, so they can overlap each other.
In a type II superconductor, electric charges condense into Cooper pairs.
In superconductors, Cooper pairs are composed of particles with spin 1/2.
In conventional S electrons with opposite momenta and spins bind into so-called Cooper pairs.
Project, Cooper pairs as a source of entanglement ( Coopairent ).
For more details, see Cooper pairs.
If a metal is cooled enough, though, the electrons form so-called Cooper pairs.
These " paired electrons " are known as Cooper pairs.
That 's it . The hydrocarbons have been inhibiting the cooper pairs.
Many physical systems can act as qubits, including photons, electrons, atoms, and Cooper pairs.
Hot. That's it. The hydrocarbons have been inhibiting the cooper pairs.
The dual superconducting model = = = In a type II superconductor, electric charges condense into Cooper pairs.
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