Sentences with phrase «mysterious substance»

It's a challenging task, but astronomers have made progress on one front: the study of dark matter and dark energy, two of the most mysterious substances in our cosmos.

Much research remains before we can understand the role of this promising but mysterious substance in alternative medicine treatments.

These hard - to - find objects seem to be made almost entirely of dark matter, the famously mysterious substance that holds galaxies together and doesn't interact with light.

Just like an overwhelming majority of the Universe is made of mysterious substances like dark matter and dark energy, Big Data is surrounded by data that can not be comprehended or seen.

On the upside are US experiments that are poised to shed light on several of the most burning questions in physics, such as whether neutrinos really do break the cosmic speed limit and the identity of dark matter, the stubbornly mysterious substance that makes up 80 per cent of the universe's matter.

Drugs / Alcohol: A variety of mysterious substances are administered to characters.

Ultimately, the scientists decided the results weren't statistically significant, but it was another tantalizing clue in the search for the most mysterious substance in the universe.

DARK matter — the mysterious substance thought to make up about 80 per cent of the universe's matter — could be more mundane than thought.

Measuring their actual distances led to the discovery that the universe is expanding at an accelerating rate (SN: 8/6/16, p. 10), which physicists explain by invoking a mysterious substance called dark energy.

One possibility, suggested in a companion paper in Nature by theoretical astrophysicist Rennan Barkana of Tel Aviv University, is that the hydrogen was cooled due to new types of interactions between the hydrogen and particles of dark matter, a mysterious substance that makes up most of the matter in the universe.

Dark matter with a tiny electrical charge could put the brakes on pulsars, offering a new way to look for clues to the nature of the mysterious substance

As the properties, quantities, and potential impact of this mysterious substance began to add up, Max became hooked.

They interpreted it as the debris left behind when particles of dark matter — the mysterious substance that makes up most of the matter in the universe yet refuses to interact with ordinary matter except through gravity — crashed together and annihilated each other in the centre of the Milky Way.

This accelerating expansion of the universe is usually explained by invoking a mysterious substance called dark energy.

Dark matter is the mysterious substance thought to make up 80 per cent of the matter in the universe.

They were trying to detect variations in the speed of light to prove the existence of the «luminiferous aether,» a perfectly immobile, transparent, and mysterious substance that was thought to pervade the universe.

This mysterious substance that makes up much more of the universe than regular matter may have the right «interaction strength» to show up in LHC experiments.

Dark matter is a mysterious substance composing most of the material universe, now widely thought to be some form of massive exotic particle.

Physicists with the Large Underground Xenon experiment, or LUX, report that their final set of data, collected from October 2014 to May 2016, contains no evidence of dark matter, the mysterious substance that makes up more than 25 percent of the universe.

It has been suggested that these «primordial» black holes may constitute all of the universe's dark matter — the mysterious substance that appears to permeate all astrophysical and cosmological structures, and that is fundamentally different from the matter made of atoms that we are familiar with.

Astronomers are back in the dark about what dark matter might be, after new observations showed the mysterious substance may not be interacting with forces other than gravity after all.

Dark matter, the mysterious substance that constitutes most of the material universe, remains as elusive as ever.

They attributed the extra pull to a mysterious substance called dark matter, which is now thought to outweigh normal matter in the universe by 6 to 1.

Back then, all stars needed to form was a primordial soup of mostly hydrogen and some helium atoms, perturbed by the effects of gravity on minuscule differences in the density of the gases, and the mysterious substance known as dark matter.

Ever since, scientists have searched for evidence of the mysterious substance, which is thought to compose about 25 % of the universe.

Last November, data from a balloon - borne particle detector circling the South Pole revealed a dramatic excess of high - energy particles from space — a possible sign of dark matter, the mysterious substance whose gravity seems to hold our galaxy together.

The results may reveal something profound about how galaxies form — or even about the very nature of the mysterious substance known as dark matter.

And, as Wefel notes, the Fermi spectrum seems to include more high - energy electrons than expected, which could also be evidence of the mysterious substance.

Most astronomers think the universe started forming its recognizable structure around clumps of dark matter, the mysterious substance that collectively weighs six times more than all the visible matter and so far has eluded all attempts to detect it directly (ScienceNOW, 13 September).

Globular clusters are normally considered to be almost devoid of this mysterious substance, but perhaps, for some unknown reason, some clusters have retained significant dark matter clumps in their cores.

The results, published in the journal Science on 27 March 2015, show that dark matter interacts with itself even less than previously thought, and narrows down the options for what this mysterious substance might be.

To learn more about this mysterious substance, researchers can study it in a way similar to experiments on visible matter — by watching what happens when it bumps into things [1].

When 17th century chemists watched a piece of wood burst into flames, they believed they were watching the release of a mysterious substance they called phlogiston.

You have probably heard about the hunt for dark matter, a mysterious substance thought to permeate the universe, the effects of which we can see through its gravitational pull.

They can also help trace the amounts of invisible dark matter in the clusters, possibly giving a clue to how this mysterious substance behaves.

Dark matter, the mysterious substance that makes up roughly a quarter of the universe, is invisible to even the most sensitive astronomical instruments because it does not emit or block light.

The identity of this mysterious substance is unknown, but Emory researchers report that they are close to identifying it.

Since this discovery 40 years ago, we have learned that this mysterious substance, which is probably an exotic elementary particle, makes up about 85 percent of the mass in the Universe, leaving only 15 percent to be the ordinary stuff encountered in our everyday lives.

How do scientists know there's a mysterious substance called «dark matter» that dominates our universe?

This invisible, mysterious substance is the most dominant aspect of any galaxy.

Beneath the Black Hills of South Dakota, scientists at the Sanford Underground Research Facility are using a device called a Large Underground Xenon (LUX) detector to hunt for particles of dark matter, the mysterious substance that's believed to account for most of the matter in the universe.

In their search for the pervasive - yet - elusive particles of dark matter, astronomers have tried to find galaxies with much higher concentrations of the mysterious substance — it does not interact with visible matter at all, except through gravity, which is how scientists can theorize its existence.

Based on their observations, they argue the culprit is most likely dark matter — the mysterious substance that makes up 27 percent of the universe.

Although scientists have still not detected this mysterious substance directly, they infer its presence from the effect it has on stars and galaxies.

Presently, dark energy — a mysterious substance that seems to be associated with the vacuum of space itself — is pushing the universe outwards more strongly than gravity pulls in, causing the universe to not only expand but to do so faster and faster.

«Finding a galaxy without dark matter is unexpected because this invisible, mysterious substance is the most dominant aspect of any galaxy,» Pieter van Dokkum, of Yale University, said in a statement.

Running with this, we decided to centre the gameplay around collecting a mysterious substance from deep space, which would later be named «Element Alpha».

The game centres around the collection (or harvesting) of a mysterious substance known as Element Alpha.

A mysterious substance is discovered in the voids of deep space.