In Section 2 we derive the stochastic wave equation for an inflaton interacting with an infinite set of

scalar fields in a homogeneous expanding metric.

Bearing in mind that the property b is a ([pi]; t)-dependent

scalar field, the rate of change of the linear momentum of [vol.sub.[epsilon]] ([B.sup.0.sub.[epsilon]]) along [e.sub.b], [omega]([B.sup.0.sub.[epsilon]]) say, then results in

Ramirez and V Vazquez-Baez, "Quantum supersymmetric FRW cosmology with a

scalar field," Physical Review D--Particles, Fields, Gravitation and Cosmology, vol.

In this paper, we will investigate the gravitational field shielding by

scalar field and type II superconductors.

Canonical Quantization of

Scalar Field in Phase Space

At the microscopic level, where a

scalar field obtains in a frenzy of Brownian motion resembling a gas state, we will argue that neurons may perform a Gabor or Fourier transform.

* Chameleon and Condensed

Scalar Fields (not found as of 2015) [28, 29];

A potential field is also a

scalar field, but usually, one takes advantage of a vector field (e.g., the gradient field) associated with it.

In the low energy effective action, usually string theory based-models are comprised of two massless

scalar fields, the dilaton, and the axion (see, e.g., [1]).

With discrete divergence and gradient defined for both primal and dual cochains, the Laplacian operator [nabla] * [nabla] can then be well defined for a

scalar field [phi](r).

The twist centre [C.sup.tw] and a particular value of the constant c were introduced in [61] by requiring that zeroth and first elastic moments of the

scalar field [[phi].sub.c] :[OMEGA] [??] R are zero