Lifting of degeneracy by an external magnetic field

Systematic scaling in the low-energy excitations of the t-J model in one and two dimensions

These two nuclear spin alignments have different energies and application of a magnetic field lifts the degeneracy of the nuclear spins.

These two types of spin alignment have different energies and applying a magnetic field helps lift the degeneracy of the nuclear spins.

Further details were derived from high-level computations, for example a so-called Renner-Teller splitting of the bands, which accounts for the finer details.

Lifting of degeneracy by an external magnetic field

Systematic scaling in the low-energy excitations of the t-J model in one and two dimensions

A similar removal of degeneracy will occur when a paramagnetic molecule is placed in a magnetic field, an instance of the Zeeman effect.

The degeneration is quantified by a degeneration index (DI) algorithm, applied to the structure enhanced image.

A lift regulator plunger component consists of a lift regulator plunger sleeve (3), a lift regulator plunger (4), a lift regulator limiting rod (11), and a lift regulator spring (2).

The present invention provides methods for treating visual disorders.

Exemplary visual disorders include macular degeneration, retinitis pigmentosa, glaucoma, and/or retinal degeneration.

In the presence of a static external electric field the 2J+1 degeneracy of each rotational state is partly removed, an instance of a Stark effect.

The composition of the present invention is useful for treatment of light-injured retinal degeneration, especially macula lutea degeneration including age-related macula degeneration.

These two nuclear spin alignments have different energies and application of a magnetic field lifts the degeneracy of the nuclear spins.