static Universe

(redirected from Einstein's universe)

static Universe

A Universe in which the cosmic scale factor is independent of time. Einstein proposed a static Universe in 1916 by including an ad hoc repulsion term – the cosmological constant, λ – in his field equations of general relativity. This canceled out the natural tendency for a gravitating Universe either to expand or contract, depending on its energy content. See cosmological models; expanding Universe.

static universe

[′stad·ik ′yü·nə‚vərs]
A postulated universe that has a finite static volume and is closed.
References in periodicals archive ?
At the Listening to Einstein's Universe exhibit, the Gravitational Physics Group will explain how a team of 1,000 scientists - collectively known as LIGO - managed to detect gravitational waves for the very first time.
No longer small and static, Einstein's universe is expansive and dynamic, home to a zoo of bizarre astrophysical beasts inexplicable without general relativity's
Or even a thought of no consequence besides the consequence of rhyme, a beautiful phrase, a pretty line wonderfully weaving into the fabric of Einstein's universe and hiding there, invisible just like Laon himself or herself or itself.
In Einstein's universe, space and time are warped by gravity.
JACK LIEBECK and Prof Brian Foster present Einstein's Universe at St George's Hall on February 5.
The immanentist, unitarian, impersonal, and pantheistic qualities of Einstein's universe stand in stark contrast to the transcendent, trinitarian, and personal structures of classical theism.
Nigel Calder's Einstein's Universe (1979), Abram Pais' Subtle is the Lord: The Science and Life of Albert Einstein (1982)
It is alleged by the Standard Cosmological Model that Einstein's Universe is finite but unbounded.
A host of new experiments are testing the extreme limits of Einstein's universe, and astronomical observations are at the forefront.
If all that boggles your mind, there are ``Explainers'' on hand to guide you through Einstein's universe.
In Einstein's universe, all is in movement and nothing is at rest.
Einstein's universe, fortunately, has a work-around: gravitational waves.

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