How To Use Neutron star In A Sentence
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It is a neutron star spinning just under 100 times per second and emitting regular radio pulses like a lighthouse beam.
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This means that neutron stars are formidable radiation emitters and particle accelerators.
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Neutron Star" by Larry Niven (1966), which I first read in Niven's collection Neutron Star.
MIND MELD: Memorable Short Stories to Add to Your Reading List (Part 2 of 2)
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Neutron stars are the second exhibit in the gallery of stellar corpses.
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Integral has a large field of view, enabling it to scan our Milky Way galaxy for neutron stars and black hole activity.
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These emanations come from rapidly spinning neutron stars called pulsars - rotating beacons that periodically send energy in the direction of the earth.
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This is like an ultradense neutron star—I can't escape its gravity.
Nick Mamatas' Journal
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He touched a marker for a dense neutron star at the conflux of several lines, and it flashed obligingly.
Star Trek The Next Generation®
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Black holes, the cosmic microwave background, pulsars, neutron stars, gravitational lenses, gravity waves - these are just a few of the phenomena that would make no sense without general relativity.
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Hyperon-hyperon interaction makes the EoS softer resulting in a smaller maximum mass neutron star compared with the case without the interaction.
Science
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We investigate the effect of exotic matter in particular, hyperon matter on neutron star properties such as equation of state (EoS), mass-radius relationship and bulk viscosity.
Science
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Dr. Livio has done much fundamental work on the topic of accretion of mass onto black holes, neutron stars, and white dwarfs, as well as on the formation of black holes and the possibility to extract energy from them.
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If conditions are right, protons and electrons then fuse into neutrons, creating a neutron star.
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If the neutron star were near the centre of the galaxy, for example, and surrounded by an abundance of dark matter, then it would continue to accrete dark matter.
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The neutron star hasn't been a pulsar for at least that long.
THE MOAT AROUND MURCHESON'S EYE
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They are so dense that a ‘sugar cube’ sized object of neutron star material would weigh as much as all of the people on Earth!
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These emanations come from rapidly spinning neutron stars called pulsars - rotating beacons that periodically send energy in the direction of the earth.
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Such sources are believed to be either quark stars or neutron stars, and a subclass of these are already observed by conventional means as pulsars or X-ray emitting celestial objects.
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I think our center will compact to the density of a neutron star.
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When a neutron star binary coalesces, the rapidly spinning merged system is expected to form a spinning black hole, orbited momentarily by a torus of neutron-density matter.
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But another alternative, say the authors, is that the star "slimmed" to a lower mass, enabling it to become a neutron star.
Signs of the Times
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In this context, a neutron star is effectively a single atomic nucleus.
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The top sources within our galaxy include the sun; a star system known as LSI +61 303, which pairs a massive normal star with a superdense neutron star; PSR J1836+5925, which is one of many new pulsars, a type of spinning neutron star that emits gamma-ray beams; and the globular cluster 47 Tucanae, a sphere of ancient stars 15,000 light-years away.
PhysOrg.com - latest science and technology news stories
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These objects are now known to be neutron stars, the collapsed cores of massive stars that have ended their lives in vast outbursts known as supernova explosions.
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The team spotted the 28 bursts during a series of XMM-Newton observations of the neutron star totaling 93 hours.
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The explosion left a faint neutron star at the center of the remnant, but unlike the rapidly rotating neutron star in the Crab Nebula, Cassiopeia's star is quiet and faint.
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This observation revealed a familiar light signature, clinching the case for a fading high-mass X-ray binary with a neutron star.
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If conditions are right, protons and electrons then fuse into neutrons, creating a neutron star.
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Neutron stars are the most dense objects of normal matter in the universe, supported against gravitational collapse by subatomic forces.
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Its tails allows us to probe the physics of the interaction between an isolated neutron star and the interstellar medium.
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One teaspoonful of material from a neutron star would weigh a billion tonnes.
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The new infrared echo indicates the Cassiopeia A neutron star is active and suggests it may be an exotic, spastic type of object called a magnetar.
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Therefore, since the curvature of the universe is essentially set by its expansion rate, the expansion rate of the universe determines how far away assuming special relativity works (which is typically as far as the expansion is negligible, so within a megaparsec or so, and also far away from any really dense objects, such as black holes or neutron stars).
Does Space Expand?
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It has malt, gluten and ascorbic acid, and help keep whole grain loaves from turning into neutron stars.
Tigers & Strawberries » A Baking Mood
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Such a source can be used to drive thermonuclear fusion, to simulate the plasma that are found near the surface of neutron stars, or to produce jets similar to those in astrophysical phenomena.
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In this context, a neutron star is effectively a single atomic nucleus.
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But a neutron star in a close binary would be expected to radiate X-rays, and none are seen.
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Were Cygnus XR - 1 a neutron star, rather than a black hole, the pulses would have been brighter as the gas globules crashed onto the dense core, but instead they simply vanished.
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I know a place where the magnetic fields would rip you apart, atom by atom: the surface of a neutron star, a magnetar.
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Just outside the forming neutron star conditions are right for this kind of nuclear alchemy.
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I always thought it was like neutron star material—it would bore a hole completely through you if you got in contact with it.
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Current thinking is that a small component of dark matter is baryonic, meaning stuff composed of protons and neutrons, which is in the form of cold gas and dense, non-radiant objects such black holes, neutron stars, brown dwarfs and orphaned planets traditional known as Massive Astrophysical Compact Halo Objects – or MACHOs.
What Can The (Dark) Matter Be? | Universe Today
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At the moment, for example, the two neutron stars in the Hulse-Taylor binary are emitting gravity waves at a frequency of 10-4 hertz as they circle one another every eight hours.
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Most neutron stars are created when a large star dies as a supernova.
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Previous attempts to measure a neutron star's redshift focused on a star with an enormous magnetic field.
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Typically, a neutron star will have the mass of one and a half suns compressed into a spherical volume just 10-15 km in diameter.
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The stars are replaced by a homogenous sea of glowing hot gas with embedded jewels of stellar accretion disks, neutron stars and super nova remnants.
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The object is being stimulated by jets from a rapidly spinning (about thirty times a second) neutron star called a pulsar.
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And a trio of roughly Earth-sized planets was found in 2002 to orbit a dense stellar corpse known as a neutron star.
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Geminga might be one of the best understood isolated neutron stars that we have found, but it has the same luminous flux as a candle on the Moon, which means that it will test these new telescopes to the limit.
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Maybe end of this December tell us more,…Nibiru could be very densty body, something like mini black hole, neutron star or core of destroyed brown dwarf,..so heavy but small,…and so invisible for clasical telescopes,..
2012: NASA's Scientific Reality Check | Universe Today
