Its predictions for aberration are identical to those of the relativistic theory.

In relativistic theories, there is both a particle and field representation for every theory.

However, such excitations cannot be correctly described within the framework of a fully relativistic theory.

This difference is expected in a relativistic theory, however, due to the change in space-time between frames, as discussed next.

A similar dual convention is used in higher-dimensional relativistic theories.

But in a relativistic theory of gravity, mass cannot be the only source of gravity.

This posits that the physics of gravity changes at large scale but, until recently, was not a relativistic theory.

Classical electrodynamics can be said to be the first relativistic theory in physics.

He also formulated a relativistic theory of hydrodynamics (1911f).

A proper relativistic theory with a probability density current must also share this feature.