A second example is de Sitter space which contains a particle horizon.

Another application of de Sitter space is in the early universe during cosmic inflation.

Very considerable amounts of energy could be released by even so short an access to de Sitter space."

"The protouniverse itself appears to be retreating into de Sitter space."

This is a universal result and can be extended to apply to cosmological horizons such as in de Sitter space.

Early work on formulating a quantum theory in a de Sitter space includes:

This serves to find the Penrose diagram of de Sitter space.

But there's nothin' creative about de Sitter space.

It appears that this region of our universe lies 'downhill' from the perspective of de Sitter space as well.

I understand the authorities have ruled that de Sitter space qualifies as a singularity, so you're all eligible for a share in the award.

"De Sitter space is a meta-etheric medium.

De Sitter space is the simplest solution of Einstein's equation with a positive cosmological constant.

The inflationary spacetime, which is similar to de Sitter space, is incomplete without a contracting region.

A homogenous space-time with a Cauchy horizon is anti de Sitter space.

It's called de Sitter space after the Terrene mathematician who first postulated its existence some centuries ago.

The gauged supergravity often has the Anti de Sitter space as a supersymmetric vacuum.

We Cicadas lived in the moral equivalent of de Sitter space, where no ethos had validity unless it was generated by noncausative free will.

BTZ black holes without any electric charge are locally isometric to anti de Sitter space.

One can have an anti-de Sitter space (or a de Sitter space) in an arbitrary number of dimensions.

De Sitter space can be defined as a submanifold of a Minkowski space of one higher dimension.

The isometry group of de Sitter space is the Lorentz group O(1,n).

Many inflationary models are approximately de Sitter space and can be modelled by giving the Hubble parameter a mild time dependence.

De Sitter space has a Killing horizon at which emits thermal radiation at temperature .

Even super-compressed matter like a neutron fluid would in de Sitter space be crushed out of existence in the instant of its appearance there.

A relationship between doubly special relativity, de Sitter space and general relativity is described by Derek Wise.