Sentences with phrase «of standard cosmology»

The more controversial one involves abandoning the central tenet of standard cosmology, the big bang theory, which holds that the Universe was born in a gigantic explosion...

It will even let us explore ideas outside of our standard cosmology, such as parallel worlds.

Not exact matches

He considers five different concepts from the standard world view of classical physics to a view which closely resembles the cosmology put forth in Process and Reality.

Whiteheadian cosmology embraces the notion of a uniform metric structure for the space - time continuum that is independent of the material objects commonly said to be «in» space - time and also that is independent of the material objects appropriated as standards of spatio - temporal measurement.

Physics and the standard cosmology are strongly supportive of the concept of a Creator God.

Yet not only in its setting of tasks, but also in the solutions it suggests to these problems, Whitehead's relativistic cosmology establishes new standards.

The discovery could spell trouble for standard theories of cosmology, including the role of enigmatic dark matter in galaxy formation, astronomers...

Adding the cosmological constant to cosmology's standard FLRW metric leads to the Lambda - CDM model, which has been referred to as the «standard model» of cosmology because of its precise agreement with observations.

In the standard model of cosmology, dark energy currently accounts for almost three - quarters of the total mass - energy of the universe.

We got a value higher than the CMB measurement, but we need more systems to be really sure that something is amiss with the standard model of cosmology,» says Thomas Collett, an astrophysicist at the University of Portsmouth and a co-author on the new Astrophysical Journal paper.

The discovery could spell trouble for standard theories of cosmology, including the role of enigmatic dark matter in galaxy formation, astronomers say in the Feb. 2 Science.

It's supposed to be the «gold standard» of evidence supporting the standard model of cosmology — including dark matter, dark energy and the exponential expansion after the big bang known as inflation.

But according to the standard model of cosmology, the overall matter component should not be moving in any particular direction relative to the CMB.

Almost everything in modern physics, from standard cosmology and quantum mechanics to string theory, points to the existence of multiple universes — maybe 10500 of them, maybe an infinite number (see «The ultimate guide to the multiverse»).

In standard cosmology, the exponential expansion of the universe called cosmic inflation began perhaps as early as 10 - 35 seconds after the beginning of time — that's a decimal point followed by 34 zeros before a 1.

In the past decade, cosmologists have deduced a very precise recipe for the content of the universe, as well as instructions for putting it together, transforming cosmology from a largely qualitative endeavor to a precision science with a standard theory.

Standard cosmology — that is, the Big Bang Theory with its early period of exponential growth known as inflation — is the prevailing scientific model for our universe, in which the entirety of space and time ballooned out from a very hot, very dense point into a homogeneous and ever - expanding vastness.

Furthermore, the analysis of the Planck data also revealed small disruptions in gravity itself that are not completely consistent with the standard model of cosmology.

Their results demonstrate that the standard model of cosmology remains an excellent description of the universe.

The standard model of cosmology now assumes that a galaxy forms within a vast cloud or halo of dark matter.

Prior findings point to only six parameters that describe the development of the universe after the Big Bang with relative accuracy, using what is known as the standard model of cosmology.

Yet, the standard model of cosmology rests on the assumption that, on the largest scales, these variations are insignificant, and space is homogeneous and isotropic.

A new twist on standard quantum theory promises not only to rid reality of its observer problem, but also to answer a host of unresolved issues in cosmology, from the workings of black holes to the nature of dark energy to why time flows in only one direction.

According to standard cosmology, the universe should appear much the same whichever way you look; after all, the extreme uniformity of the universe was one of the reasons why the inflation hypothesis caught on in the first place.

Although the pattern of the spots largely matches the random distribution predicted by standard cosmology, the map does show some unexpected features.

This is a frame from an animation that shows the expansion of the universe in the standard «Lambda Cold Dark Matter» cosmology, which includes dark energy (top left panel red), the new Avera model, that considers the structure of the universe and eliminates the need for dark energy (top middle panel, blue), and the Einstein - de Sitter cosmology, the original model without dark energy (top right, green).

The latest study of the afterglow of the big bang — the so - called cosmic microwave background radiation — confirms even more precisely the standard model of cosmology — and that's a victory for the theory — but it leaves researchers with no discrepancies that might point to a deeper understanding.

Now the duo say they know, and last week Beck presented the theory at a conference on unsolved problems for the standard model of cosmology held at Imperial College London.

On one side is the mighty firepower of cosmology's standard model.

The standard model of cosmology, called Lambda - CDM, includes two key ingredients.

That discrepancy could hint at «new physics» beyond the standard model of cosmology, according to the team, which includes physicists from the University of California, Davis, that made the observation.

«If you still see something when the error bars shrink, maybe it's new physics, beyond the Standard Model of cosmology,» Fassnacht said.

As Nobel Laureate Brian Schmidt explains in his 2016 lecture at the 66th Lindau Nobel Laureate Meeting: According to the standard model of cosmology, the universe is thought to have expanded exponentially right after the Big Bang and «things at the quantum scales were magnified to the universal scales, quantum fluctuations were expanded to the scale of the universe.»

These waves in turn are a central component Einstein's theory of general relativity from 1915, that is still the basis for today's standard model of cosmology.

What does this new turn of events mean for the standard model of cosmology?

In our standard model of cosmology, only five percent of the mass - energy budget of the Universe is accounted for by particles that have been detected in Earth - based laboratories.

In our standard model of cosmology, only five percent of the mass - energy budget of the Universe is accounted for by particles that have been detected in Earth - based... Read more»

Apply the main principles to specific areas such as particle physics, astrophysics of stars, planets and galaxies, cosmology and physics beyond the Standard Model.

There for instance sceptics of the standard model of cosmology, seriously professional and armed with absolutely unimpeachable counter examples to common ideas such as cosmological red shift.