The first experimental evidence of this phenomenon came from Mulliken's study of boron monoxide's band spectrum. Welton showed that the Brownian motion of electrons induced by this phenomenon was responsible for the energy difference between the s and p orbitals of a hydrogen atom, the Lamb shift. For a one-dimensional quantum harmonic oscillator, it is half the reduced Planck constant times the particle's angular frequency. The difference between this value of this phenomenon between parallel plates and outside of them
The first experimental evidence of this phenomenon came from Mulliken's study of boron monoxide's band spectrum. Welton showed that the Brownian motion of electrons induced by this phenomenon was responsible for the energy difference between the s and p orbitals of a hydrogen atom, the Lamb shift. For a one-dimensional quantum harmonic oscillator, it is half the reduced Planck constant times the particle's angular frequency. The difference between this value of this phenomenon between parallel plates and outside of them will cause the plates to attract. Fluctuations in this entity can result in the creation of virtual particles. Used to explain the Casimir effect, for 10 points, name this aggregate of all zero-point fields, the lowest possible energy state.
The first experimental evidence of this phenomenon came from Mulliken's study of boron monoxide's band spectrum.
vacuum energy[or zero point energy]