cosmological principle

This became the notion that the universe is the same everywhere and has no center, known as the cosmological principle.

These two assumptions together are known as the Cosmological Principle.

Given the cosmological principle, Hubble's law suggested that the universe was expanding.

These two conditions make up the cosmological principle.

This supports the cosmological principle that at its largest scale the universe is homogeneous.

Lemaître had already shown that this was expected, given the Cosmological Principle.

The cosmological principle states that on large scales the Universe is homogeneous and isotropic.

The cosmological principle contains three implicit qualifications and two testable consequences.

This "perfect cosmological principle" as it would come to be called predicted a universe that expanded but did not change its density.

With the "anthropic cosmological principle," science has found itself on the border between science and myth.

The cosmological principle implies that at a sufficiently large scale, the universe is homogeneous; different places will appear similar to one another.

On top of that, the universe appears to be isotropic and homogeneous in accordance with the cosmological principle.

In steady state views, new matter is continuously created as the universe expands, thus adhering to perfect cosmological principle.

The two testable structural consequences of the cosmological principle are homogeneity and isotropy.

The assumption that the universe looks roughly the same on large scales in every direction -the "cosmological principle" - no longer seems secure.

"The cosmological principle has been taking a beating lately," Dr. Hobbs said.

The Big Bang theory depends on two major assumptions: the universality of physical laws and the cosmological principle.

The inner enclosure or citadel was laid out according to traditional cosmological principles and provided the requisite twelve gates.

This follows directly from the cosmological principle, wherein it is assumed our Hubble volume is not special or unique.

The western circular sets are unique, but its geometry widely follows cosmological principles understood and shared by the people of Mesoamerica.

Based on this cosmological principle Milne created a model that can be described entirely within Euclidean geometry.

The Cosmological Principle implies that the metric of the universe must be of the form:

A related implication of the cosmological principle is that the largest discrete structures in the universe are in mechanical equilibrium.

Modern mathematical cosmology is based on the assumption that the Cosmological principle is almost, but not exactly, true on the largest scales.

The Sloan Great Wall, discovered in 2003, has a length of 423Mpc, which is only just consistent with the cosmological principle.