Assertion: pulsar's field | /r/HasProperty | strong
Facets:
value: very
type: DEGREE
value: on magnetars
type: LOCATION
value: in extreme cases
type: DEGREE
value: usually
type: DEGREE
Source sentences:
text: Unlike in an ordinary pulsar, magnetar spin-down can be directly powered by its magnetic field, and the magnetic field is strong enough to stress the crust to the point of fracture.
text: Isolated pulsars that have particularly strong magnetic fields can also emit bursts of X-ray and gamma-ray radiation, and so they can be observed with X-ray and gamma-ray telescopes.
text: The net result is that if the field is weak enough or the plasma flow is strong enough, matter falls onto the star, but the geometry forces the plasma near the magnetic poles.
text: Every star has a magnetic field, usually a very weak one.
text: Since pulsars also have strong gravitational fields, this accuracy can be used to test theories of gravity.
text: "Get too close to one (say, within 1,000 kilometers, or about 600 miles), and the magnetic fields are strong enough to upset not just your bioelectricity — rendering your nerve impulses hilariously useless — but your very molecular structure," Sutter said.
text: The magnetic fields around neutron stars are also extremely strong.
text: In extreme cases, a neutron stars’ gravitational field can be so strong that light emitted from it cannot escape, since it is caught in an orbit around the star.
text: The magnetic field on a magnetar is so strong that it can cause the crust of the star to buckle and pop every once in a while.
text: I am not sure that the magnetic field would be so strong.
text: You might not be sure that the magnetic field would be so strong, but a quick internet search tells me otherwise.
text: A neutron star ‘s magnetic field may be incredibly strong, but a magnetar’s magnetic field is 1,000 times more powerful.
text: The magnetic field is strong because it is an intrinsic property of the neutron star
text: The magnetic field is so strong on magnetars that it can distort the shapes of atoms themselves.
text: It is thought that millisecond pulsars were originally created from old neutron stars with an extremely high mass density and strong magnetic fields; neutron stars form as the inner core of a heavy star explodes – an event called a supernova explosion.
text: Pulsars have very strong magnetic fields which funnel jets of particles out along the two magnetic poles.
text: The pulsar, which completes one orbit every 93 minutes, is surrounded by its strong magnetic field (blue).
text: The pulsar is approximately 14 million years old, but still has a strong magnetic field.
text: They have extremely strong magnetic fields and emit a beam of radio waves along their magnetic axes above each of their opposite magnetic poles.