Assertion: pulsar | /r/HasProperty | neutron stars
Facets:
value: with strong, anisotropic electromagnetic emission
type: OTHER
value: in short
type: OTHER
value: by the way
type: OTHER
Source sentences:
text: Pulsars, Neutron Stars and Magnetars
text: A pulsar is a neutron star that spins rapidly and emits radio pulses at regular intervals.
text: A star with an initial spin spin similar ot the Sun collapses to a pulsar (neutron star, radius ~ 10km).
text: Pulsars are a class of supernova remnants, called neutron stars, which are incredibly dense.
text: The pulsar (a so-called neutron star) is the collapsed core of this star, rotating with a period of 89 milliseconds or about 11 times a second.
text: Thus, all pulsars are neutron stars but all neutron stars are not pulsars.
text: Pulsars are neutron stars that emit pulses of radiation once per rotation.
text: All pulsars are neutron stars, but (so far as we know) not all neutron stars are pulsars, because not all neutron stars radiate light (such as radio waves or X-rays) with such steady pulses.
text: Pulsars, by the way, are all neutron stars.
text: Although all pulsars are neutron stars, not all neutron stars are pulsars, and not all pulsars shine in the same way.
text: A: All pulsars are neutron stars that are spinning and make emission that is pulsed at periodic intervals.
text: Pulsars  are neutron stars which spin rapidly and produce huge electromagnetic radiation along a narrow beam.
text: All "pulsars" are neutron stars -
text: In short: all pulsars are neutron stars, but not all neutron stars are pulsars
text: Although all pulsars are neutron stars, not all neutron stars are pulsars, and not all pulsars shine in the same way.
text: The hope was that the supernova would leave behind a neutron star: better still, an easily detectable pulsar (all pulsars are neutron stars, but not all neutron stars are pulsars).
text: These pulsars are apparently neutron stars that are part of a binary system; the second component of such systems is a normal star.
text: Electric Universe Theory (EUT) offers serious objections to the current concept of pulsars (neutron stars) as almost unbelievably dense, very small diameter, possibly incredibly rapidly rotating, collapsed star cores with densities comparable to an atomic nucleus, composed entirely of neutronium.
text: EUT offers serious objections to the current concept of pulsars (neutron stars) as almost unbelievably dense, very small diameter, possibly incredibly rapidly rotating, collapsed star cores with densities comparable to an atomic nucleus, composed entirely of neutronium.
text: NICER observes these astronomical objects called pulsars (neutron stars), and researchers used NICER to observe the J0030+0451, or J0030 for short.
text: We continue with a section on the theory of pulsars where we explain why pulsars are thought to be neutron stars (the collapsed core of a star that underwent a supernova explosion).
text: pulsars are neutron stars so that means they were formed by large stars that have aged and died out
text: Pulsars are neutron stars with strong, anisotropic electromagnetic emission.
text: Pulsars are neutron stars that emit lighthouse-like beams of radio waves that rapidly sweep through space as the object spins on its axis.
text: All pulsars are neutron stars but not vice versa.
text: These pulsars are apparently neutron stars that are part of a binary system; the second component of such systems is a normal star.
text: Pulsars are neutron stars that emit lighthouse-like beams of radio waves that rapidly sweep through space as the object spins on its axis.
text: Well, all pulsars are neutron stars, but not all neutron stars are pulsars.
text: Pulsars are neutron stars that shoot out beams of radiation as they spin — a feature that enabled their discovery in 1967.
text: If a pulsar is a neutron star, is every neutron star a pulsar?
text: A pulsar is just a neutron star that shoots out a beam of particles and light.
text: A pulsar is a neutron star which produces pulsating radio emission due to a strong magnetic field.
text: A pulsar is a neutron star, but not all neutron stars are pulsars.
text: A pulsar is a neutron star that emits beams of radiation that sweep through Earth's line of sight.
text: A pulsar is a neutron star that emits beams of radiation that sweep through Earth's line of sight.
text: Actually, the pulsar is a neutron star (the surviving core of the exploded star), rotating 30 times per second, each of its twin "searchlight" beams sweeping past the Earth at like intervals.
text: A pulsar IS a neutron star.
text: (A pulsar is a neutron star that spins so fast that, when observed with radio telescopes from Earth, its magnetic field seems to pulse like a strobe light.)
text: Therefore the most likely explanation is that a pulsar is a neutron star that spins rapidly and emits radio waves along its magnetic axis.
text: A pulsar is a neutron star which emits beams of radiation that sweep through the earth's line of sight.
text: A pulsar is a neutron star, but not all neutron stars are pulsars.