Sentences with phrase «in accelerating the universe»

A few days later, he proved that his data made sense only in an accelerating universe.

Dark energy may be even less understood than dark matter, but scientists do know that dark energy serves an important role in accelerating the universe's growth, especially in recent cosmological history.

Not exact matches

Years of aggressive central bank policies haven't resulted in the type of accelerated global growth one might expect, so Brooks Ritchey, Senior Managing Director at K2 Advisors, Franklin Templeton Solutions, wonders if there is an alternate universe where that is in fact the case.

Google «red shift accelerating universe» if you want to read about something that was discovered in 1998 and kept hush - hush to this day.

The expansion is perhaps a type of «start» of the universe as we know it but again, there is no evidence suggesting causal agency in the existence of that singularity or the transition into the accelerating expansion.

[2] In 2011, a five - year survey of 200,000 galaxies and spanning 7 billion years of cosmic time confirmed that «dark energy is driving our universe apart at accelerating speeds.»

actually you do nt have to prove the many deities or Gods that they really exist, because they really had existed in their times, They are part of the evolutionary process for us humans to transcend to higher consciousness.To simplify the analogy, when we were young and we are in the lower grade school, we were taught simple subjects not advance literatures but simple stories even mythicals, The same with religion, thousands of years ago when there was no science yet, primitive people had a religion, of course man made faiths to conform with their state of mind or intellect.But later atfter thousands of years we evolve into a more educated people and so new concept of God again was presented to them, another man made concept, and this go on and on, until a few thiousand years ago.monotheism, Judaism, christianity, islam, buddhism, etc also evolved, But with the accelerated evolution, these faith again is threatend with obsolesencs because of of scientific developments and education.In panthroteistic faith, the future religion needs to conform to evolutionary process, This proves that God is always there guiding the change.And it his will that made this a reality in history since the begining of the universe 13 billion years ago, and this will continue to exist until He will completely fulfill His will to infinity, Thats PANTHROTHEISM, the futue, man made religion under His guidance through scientifiic evoluition after the Bi Bang

It could still be a steady state universe which actually doesn't explode out of nothing and then expand in an accelerated manner into an eternal cold and dark void.

That aside, the redshift of stars is positively correlated to their distance and we assume it is due to that they are moving away from us in an expanding universe whose expansion is accelerating the further away they are from from us.

You said, «The universe is actually expanding at an accelerating rate, pushed by dark energy and dark matter (which was described in the Bible in the book of Job).»

The universe is actually expanding at an accelerating rate, pushed by dark energy and dark matter (which was described in the Bible in the book of Job).

The universe is expanding in all directions)-- 1965: discovery of microwave cosmic background radiation (the echo's of the big bang)-- 1998, two independent research groups studying distant supernovae were astonished to discover, against all expectations, that the current expansion of the universe is accelerating (Reiss 1998, Perlmutter 1999).

LinCA Ok, I am not a physicist or mathematician so I really do not know how they established the odds of fine tuning of Dark Energy (exact amount of force that produced a rapid enough expansion at the point of singularity to avoid gravitational collapse of our universe yet accelerate the expansion again resulting in our universe) to be 10 to the power of 97!

In 2011, Schmidt, Riess and Perlmutter shared the Nobel Prize in Physics for groundbreaking measurements revealing that the expansion of the universe is acceleratinIn 2011, Schmidt, Riess and Perlmutter shared the Nobel Prize in Physics for groundbreaking measurements revealing that the expansion of the universe is acceleratinin Physics for groundbreaking measurements revealing that the expansion of the universe is accelerating.

And perhaps a new theory of gravity would be a better explanation for the accelerated expansion of the universe that has inspired a belief in dark energy.

Inflation theory posits that the entire mass of the universe accelerated to many times the speed of light in a fraction of a second and should have set the entire cosmos ringing with gravity waves.

Not only does this modification work best with the data, he adds, but the new constant, a0, may be of cosmological significance: Accelerating at this rate will take you from a resting state to the speed of light in the lifetime of the universe.

Such extra dimensions might explain some conundrums in physics, such as the existence of dark matter (an as - yet - unidentified source of mass in the universe) and dark energy (which causes the universe's expansion rate to accelerate), says coauthor Daniel Holz, an astrophysicist at the University of Chicago.

And the most recent physics Nobel, in 2011, went to a trio of researchers who played a leading role in the discovery that the universe's expansion is accelerating, thanks to «dark energy.»

Observations of supernovae led to the discovery in 1998 of «dark energy» — the unknown force thought to be accelerating the expansion of the universe.

We have long since abandoned Einstein's idea of a static, unchanging cosmos in favour of a universe that is not only constantly expanding, but whose expansion is continually accelerating, at the mercies of the mysterious agent called dark energy.

In the late 1990s, scientists realized to their shock that the universe's expansion is accelerating, and apparently has been for more than half its lifetime.

If we are sitting in a central void with a low density and high expansion rate, and looking outwards in all directions to regions of higher density and slower expansion, this would look to us very like a universe whose expansion has been accelerating in recent times.

The Accelerating Universe In 1998 two teams of researchers observing distant supernovas — exploding stars — found that the expansion of the universe is aAccelerating Universe In 1998 two teams of researchers observing distant supernovas — exploding stars — found that the expansion of the universe is acceleratingaccelerating.

It was «quite an exciting topic at the time» because researchers with the Supernova Cosmology Project and elsewhere had just discovered that the universe is in accelerating expansion.

Brian Schmidt, an astrophysicist at the Australian National University Mount Stromlo and Sliding Spring Observatories in Canberra who won the 2011 Nobel Prize in physics for his role in the discovery that the expansion of the universe is accelerating, was born to parents who were undergraduates at the University of Montana in Missoula.

That, in turn, allows us to estimate how fast the universe's expansion is accelerating.

In the last decade astronomers discovered the expanding universe is also accelerating — expanding faster and faster.

To break out of its current impasse, physics desperately needs not new mathematics but new empirical findings — like the discovery in the late 1990s that the expansion of the universe is accelerating.

In a wider set of theories, gravity leaking into a higher space could explain why in our three dimensions it is so weak compared with the other fundamental forces, and why the expansion of the universe is apparently acceleratinIn a wider set of theories, gravity leaking into a higher space could explain why in our three dimensions it is so weak compared with the other fundamental forces, and why the expansion of the universe is apparently acceleratinin our three dimensions it is so weak compared with the other fundamental forces, and why the expansion of the universe is apparently accelerating.

In the 1990s, light from distant supernovae convinced us that the universe's expansion is accelerating.

In the late 1990s this picture grew even more confusing, when scientists found evidence of another dark entity, called dark energy, that seems to be causing the universe to expand at an ever - accelerating rate.

More recently, Verlinde suggested an alternative called «emergent gravity,» in which gravity is a byproduct of quantum fluctuations and dark energy (another scarcely understood phenomenon, one that seems to be causing the universe's expansion to accelerate).

Now we're hoping that the explanation for why the universe is accelerating might address questions like «How do you tie gravity into the other forces in physics?»

In theory, Heavens explains, either the constant should be hundreds of orders of magnitude higher than it appears to be, or it should be zero, in which case the universe wouldn't acceleratIn theory, Heavens explains, either the constant should be hundreds of orders of magnitude higher than it appears to be, or it should be zero, in which case the universe wouldn't acceleratin which case the universe wouldn't accelerate.

So 11 years ago, when astronomers suddenly realized that the universe was not merely expanding but accelerating in its expansion, most of them concluded that some otherwise undetectable antigravity force, a «dark energy,» was shoving apart galaxies.

In 1998 two teams of researchers made a milestone cosmological announcement: The universe, long known to be expanding, was not slowing down in its expansion as expected but was in fact acceleratinIn 1998 two teams of researchers made a milestone cosmological announcement: The universe, long known to be expanding, was not slowing down in its expansion as expected but was in fact acceleratinin its expansion as expected but was in fact acceleratinin fact accelerating.

In particular, I have a certain privileged perspective, as I am one of the co-authors of a paper that has confirmed the accelerated expansion of the universe by different means.

We know from very precise supernova observations that the universe is accelerating, but at the same time we rely on coarse approximations to Einstein's equations which may introduce serious side - effects, such as the need for dark energy, in the models designed to fit the observational data.»

But it could also describe last year's Nobel Prize in Physics, for which three researchers representing two teams totaling 51 scientists were recognized for uncovering the accelerating expansion of the universe.

We thought dark energy was behind the accelerated expansion of the universe to its cold, dark end state, but it might be a supporting actor in a quantum plot

One of the biggest scientific findings in recent years is the discovery that the universe is not only expanding, but it is also accelerating in its expansion.

Just over a decade ago, two teams used the supernovae to show that the universe is accelerating in its expansion due to the influence of dark energy, a shocking discovery that thrust type Ia supernovae into the astrophysical limelight.

In the late 1990s, astronomers observed that the universe's expansion is accelerating.

In the 1990s, the physics community was shocked when astronomical measurements showed that the universe is expanding at an ever - accelerating rate.

In our own era, another revolution began to unfold 15 years ago with the discovery of the accelerating universe.

And, you know, one of the best ways to track dark energy, which is the force that's causing the expansion of the universe to accelerate, is to see how far spread apart things are in the distant universe, to see how fast the universe is pulling apart.

UC Berkeley's Peter Hintz and his colleagues found that a region of spacetime, denoted by a question mark, can not be predicted from the initial data in a universe with accelerating expansion, like our own.

Saul Perlmutter, Brian Schmidt and Adam Reiss share the 2011 Nobel Prize in Physics for their observations that type Ia supernovae indicate that the expansion of the universe is accelerating.

Hintz realized, however, that this may not apply in an expanding universe that is accelerating, such as our own.