The main difference between a quasar and kilonova is that quasars are the brightest known entities in our universe that surround supermassive black holes whilst a kilonova occurs when 2 neutron stars merge together producing an explosion that is 1,000 times the brightness of a nova explosion. There are numerous other differences between these two … Read more
The main difference between the two is that a nebula is a large cluster of dust clouds and gases formed after a star dies whereas Quasars are found around the accretion disc of a supermassive black hole, are amongst the brightest and amongst hottest celestial objects in the known universe. Nebulae and quasars differ in … Read more
Quasars are active galactic nuclei that can be found in the accretion disc of supermassive black holes, propelling jet particles angled towards and generating light more luminous than everything in the known universe. On the other hand red giants are the penultimate phase in a stars life where they bloat up exponentially in preparation for … Read more
A nova is a relatively small yet bright nuclear fusion outburst on a white dwarfs surface when too much energy from its companion red giant star is consumed, whereas quasars are arguably the brightest entities in our universe that surround supermassive black holes, ejecting extremely bright jet particles angled slightly towards Earth. The two are … Read more
A blazar is in essence a quasar that is pointing directly towards Earth, ejecting different radio waves and even gravitational waves towards us, whereas a black hole, particularly supermassive black holes are what power blazars to shine as bright as they do and eject said particles towards Earth. For a more thorough breakdown of what … Read more
The main difference between novas and supernovae is that a nova explosion only transpires on the surface of white dwarfs when an abundance of hydrogen is gathered from a companion red giant. In contrast, a supernova is a grandiose explosion brighter than most galaxies that only happens when a larger star or a 1.44 solar … Read more
Quasars and Blazars are one in the same as the latter is simply a subcategory of a quasar. The main thing that differentiates them is the direction at which they point where blazars specifically propel jet particles in the direction of Earth whereas your average quasar’s jet particles are only slightly angled towards Earth. Although the … Read more
Quasars and black holes are linked in the sense that quasars require a supermassive black hole to form. Other than this link, the two are very different from each other. The main difference between a quasar and a black hole is that quasars are amongst the hottest and most luminous entities in our universe whereas … Read more
A pulsar is a neutron star that emits light at regular intervals that form when a 8+ solar mass main sequence star or a 1.44 solar mass white dwarf star collapses leaving behind these densely packed entities whereas quasars are extremely bright celestial objects that are powered by supermassive black that shot extremely fast jet … Read more
The main difference between quasars and supernova explosions are that quasars are extremely bright light particles that surround supermassive black holes whilst supernovae occur when a large star collapses into itself and explodes in a short lived but grand explosion eclipsing even its entire galaxy in luminosity. Both entities are similar in the sense they … Read more