This will likely be too unstable to actually work over long periods and have the same hard radiation problem as the close one, but on paper (or in a suitable work of fiction) it is not impossible. So here one could imagine a planet orbiting at distance, getting powered by the accretion disk light. On 5 January 2020, astronomers at the Laser Interferometer Gravitational. A quiescent accretion disk may have a luminosity about 1/3 of the sun, but when going active this increases by a factor of 1,000-10,000. A murder mystery a billion years in the making Image credit: The Cosmic Companion.
However, according to some theoretical models, time might not flow with the same speed and there might be places in the Universe that are very old. This is a game of two halves - one a turn-based open-world campaign. This article is about the kind of stars that will exist far in the future. Warhammer is more than a single universe though - it is a constellation of. It is worth noting that there is a very different system around a neutron star that in principle (but likely not in practice) may be habitable, and that would be far away from an accretion disk. For a classification of stars see The H-R Diagram. The main problem is that there would not be any geodynamic dynamo to power a protective magnetic field this is a planet that really needs it. The habitable zone where liquid water can persist around a star has a range $\approx 0.7\sqrt$), but currently there are a fair number of atmosphere models suggesting such worlds could remain stable/ Living on the shady side would also prevent the damaging UV and X-rays, which would likely strip away the atmosphere over time. It is possible that there could be planets where terrestrial-type life could survive orbiting a neutron star, but they are likely extremely rare and transient.
0 kommentar(er)
