terms |
sphaleron |
As nouns the difference between terms and sphaleron
is that
terms is while
sphaleron is (physics) the particle-like solution to an electroweak field equation.
sphaleron |
sphaleronic |
In physics|lang=en terms the difference between sphaleron and sphaleronic
is that
sphaleron is (physics) the particle-like solution to an electroweak field equation while
sphaleronic is (physics) of or pertaining to sphalerons.
As a noun sphaleron
is (physics) the particle-like solution to an electroweak field equation.
As an adjective sphaleronic is
(physics) of or pertaining to sphalerons.
electroweak |
sphaleron |
In physics|lang=en terms the difference between electroweak and sphaleron
is that
electroweak is (physics) describing the combination of the electromagnetic and weak nuclear forces while
sphaleron is (physics) the particle-like solution to an electroweak field equation.
As an adjective electroweak
is (physics) describing the combination of the electromagnetic and weak nuclear forces.
As a noun sphaleron is
(physics) the particle-like solution to an electroweak field equation.
particle |
sphaleron |
In physics|lang=en terms the difference between particle and sphaleron
is that
particle is (physics) any of various physical objects making up the constituent parts of an atom; an elementary particle or subatomic particle while
sphaleron is (physics) the particle-like solution to an electroweak field equation.
As nouns the difference between particle and sphaleron
is that
particle is a very small piece of matter, a fragment; especially, the smallest possible part of something while
sphaleron is (physics) the particle-like solution to an electroweak field equation.
sphaleron |
antisphaleron |
In physics|lang=en terms the difference between sphaleron and antisphaleron
is that
sphaleron is (physics) the particle-like solution to an electroweak field equation while
antisphaleron is (physics) the antiparticle of a sphaleron.
As nouns the difference between sphaleron and antisphaleron
is that
sphaleron is (physics) the particle-like solution to an electroweak field equation while
antisphaleron is (physics) the antiparticle of a sphaleron.