Neutron Star: Difference between revisions

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[[file:NeutronStar.png|thumb|right|A neutron star is a dead husk of a giant star.]]
[[file:NeutronStar.png|thumb|right|A neutron star is the dead husk of a giant star.]]
'''Neutron stars''' can exist in [[Solar_System|solar system]]s in place of normal [[star]]s. Neutron stars have strong gravity and should be avoided with any non-gravity based propulsion crafts, such as [[Space_Rocket|space rocket]]s and [[Rocket_Drive|rocket drive]] [[spacecraft]].


Neutron stars can exist in [[Solar_System|solar system]]s in place of normal [[star]]s. Neutron stars have strong gravity and should be avoided with any non-gravity based propulsion crafts, such as [[Space_Rocket|space rocket]]s and [[Rocket_Drive|rocket drive]] [[spacecraft]].
They can flash rapidly, causing the lighting on nearby [[world]]s to be very interesting.


==Wormholes==
A neutron star has no habitable [[Orbit_Zone|orbit zone]], they produce no heat so all orbit zones are frigid.
Neutron stars cannot have any [[wormhole]]s, if the black hole is the main sequence in the [[Solar_System|solar system]], the interstellar wormhole will be around a companion [[star]] instead.


[[Category:Science]]
[[Category:Science]]

Latest revision as of 20:46, 1 March 2024

A neutron star is the dead husk of a giant star.

Neutron stars can exist in solar systems in place of normal stars. Neutron stars have strong gravity and should be avoided with any non-gravity based propulsion crafts, such as space rockets and rocket drive spacecraft.

They can flash rapidly, causing the lighting on nearby worlds to be very interesting.

A neutron star has no habitable orbit zone, they produce no heat so all orbit zones are frigid.