The use of a rotating coordinate system to solve magnetic resonance problems is described.
On a coordinate system rotating with the applied rotating magnetic field the effective field is …

I am honored to receive the Nobel prize, which I feel is also an honor to the physicists and
engineers in many countries who have done beautiful experiments using the methods I shall …

Since the second half of the twentieth century, intracranial electroencephalography (iEEG),
including both electrocorticography (ECoG) and stereo-electroencephalography (sEEG), has …

In addition to the direct magnetic interaction between two nuclear spins in a molecule, the
nuclei can have an effective mutual interaction as a result of the magnetic interactions …

An experimental measurement of the electric dipole moment of the neutron by a neutron-beam
magnetic resonance method is described. The result of the experiment is that the electric …

An expression is developed for the magnetic field at a nucleus resulting from the application
of an external magnetic field to a polyatomic molecule which has no resultant electron …

A new molecular beam resonance method using separated oscillating fields at the incident
and emergent ends of the homogeneous field region is theoretically investigated in this paper…

'T is generally assumed on the basis of some suggestive theo---retical symmetry arguments'
that nuclei and elementary particles can have no electric dipole moments. It is the purpose …

The circumstances under which negative absolute temperatures can occur are discussed,
and principles of thermodynamics and statistical mechanics at negative temperatures are …

An expression for the magnetic shielding of nuclei in solids and in molecules is developed,
and an approximation is obtained that is particularly suited to substances containing heavy …