graphino

As nouns the difference between terms and graphino

is that terms is while graphino is (physics) a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2d graphene sheet interacting with an electromagnetic field.

As a noun graphino is

(physics) a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2d graphene sheet interacting with an electromagnetic field.

As a noun graphino

is (physics) a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2d graphene sheet interacting with an electromagnetic field.

As a verb graphing is

.

As nouns the difference between graphene and graphino

is that graphene is graphene while graphino is (physics) a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2d graphene sheet interacting with an electromagnetic field.

In physics|lang=en terms the difference between excitation and graphino

is that excitation is (physics) the change in state as an excited state is formed by the absorption of a quantum of energy while graphino is (physics) a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2d graphene sheet interacting with an electromagnetic field.

As nouns the difference between excitation and graphino

is that excitation is the act of exciting or putting in motion; the act of rousing up or awakening while graphino is (physics) a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2d graphene sheet interacting with an electromagnetic field.

In physics|lang=en terms the difference between quasiparticle and graphino

is that quasiparticle is (physics) any entity that has some characteristics of a distinct particle, but comprises a grouping of multiple particles while graphino is (physics) a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2d graphene sheet interacting with an electromagnetic field.

As nouns the difference between quasiparticle and graphino

is that quasiparticle is (physics) any entity that has some characteristics of a distinct particle, but comprises a grouping of multiple particles while graphino is (physics) a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2d graphene sheet interacting with an electromagnetic field.

In physics terms the difference between relativistic and graphino

is that relativistic is at, or near the speed of light while graphino is a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2D graphene sheet interacting with an electromagnetic field.

As an adjective relativistic

is of, or relating to relativity.

As a noun graphino is

a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2D graphene sheet interacting with an electromagnetic field.

As a verb charged

is (charge).

As a noun graphino is

(physics) a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2d graphene sheet interacting with an electromagnetic field.

As an adjective massless

is having no mass.

As a noun graphino is

(physics) a massless charged relativistic quasiparticle that arises from the low-energy excitations in a 2d graphene sheet interacting with an electromagnetic field.