Subsequent field and laboratory studies have led to further revisions and to the present concept given in the 1996 series description.

This linearly-varying electric field leads to an electrical potential that varies quadratically in space.

Correspondingly, in the absence of such inputs during development, the visual field fails to develop properly and can lead to abnormal structures and behavior.

If the tether is a conductor, then the electric field leads to the displacement of charges along the tether.

At the same time the field has led a revival in interest in professional ethics that has touched law schools, business schools and military academies.

In both of these situations the Earth's magnetic field leads to a transducible signal via a physical effect on this magnetically sensitive oxide.

As a result, the massless field does not lead to divergences.

The huge field led to good deal of bumping and roughness, with three horses either falling or being brought down.

Leading physicists believed the field would lead to the next major breakthroughs in global technologies, with applications across the board.

Large receptive fields allow the cell to detect changes over a wider area, but lead to a less precise perception.