relativistically in a sentence

• This results in a relativistically invariant theory in any spacetime dimension.
• Relativistically moving objects are beamed due to a variety of physical effects.
• This provided strong evidence that GRBs are relativistically expanding explosions.
• The direct space time formulations make manifest that the Maxwell equations are relativistically invariant.
• For and two simultaneous spatial positions, and this is not a relativistically invariant concept.
• Maxwell's equations are relativistically consistent.
• In 1926 Llewellyn Thomas relativistically recomputed the doublet separation in the fine structure of the atom.
• Non relativistically, spin was " Pauli in 1927 for particles in an electromagnetic field:
• The " relativistically-correct " electric field of a point charge varies with velocity as:
• Which says that the Klein-Gordon equation describing the propagation of waves, constructed from relativistically invariant objects,
• It's difficult to see relativistically in a sentence .
• In 1925 Thomas relativistically recomputed the precessional frequency of the doublet separation in the fine structure of the atom.
• This is done in a relativistically invariant way, so that time and space are treated on equal grounds.
• This effectively provides more energy to the photons, even if the total Doppler effect is treated non-relativistically.
• The radiation from a relativistically moving charge is very strongly, but not completely, polarized in the plane of motion.
• :Unfortunately, it is not clear how to measure the " gravitational field " of a single relativistically moving object.
• Such a particle cannot have a Green's function which is only nonzero in the future in a relativistically invariant theory.
• These four polarizations seemed to correspond to the four components of the relativistically covariant vector potential A ^ { \ mu }.
• In any relativistically invariant physical theory, these representations must enter in some fashion; physics itself must be made out of them.
• These interactions are conveniently visualized by Feynman diagrams, which are a formal tool of relativistically covariant perturbation theory, serving to evaluate particle processes.
• In the quantum field theory context, these are the paths of relativistically localized quanta in a formalism that follows the paths of individual particles.