The main differences between a kilonova and a blazar would be that kilonovae are cosmic explosions that occur when 2 neutron stars merge together producing brightness equivalent to a 1,000 novas whilst a Blazars is a quasar that specifically propels jet particle towards Earth and is amongst the brightest entities in the known Universe. There … Read more
The main differences between a hypernova and a kilonova is that a hypernova is simply a more powerful supernova where only stars that are 30+ solar masses and are dying will experience will whereas a kilonova occurs when two neutron stars merge together producing brightness 1,000 times more than a nova explosion. There are other … Read more
The main differences between a nova and a kilonova is that novas are explosions that occur on the surface of a white dwarf that are 100,000 times brighter than a the Sun whilst kilonovae are formed when 2 neutron stars merge together and produce a brightness that is 1,000 times brighter than your typical nova … Read more
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
A luminous red nova happens when two stars merge, causing a stellar explosion. These novae possess a distinctive red hue and a lingering light curve on the infrared spectrum. And we can differentiate them from standard novae, which occur on a white dwarf’s surface. Continue reading to discover how luminous red novae form, when they … Read more
A solar prominence is a sizeable loop-shaped structure that sits at the edge of the Sun and stands out against the dark backdrop of space. Though they appear bright, they are far cooler than the plasma surrounding them. The Sun’s magnetic field shapes these structures, which remain anchored to the photosphere; still, they stretch thousands … Read more
The main differences between Saturn and a brown dwarf is that the former is a yellow gas giant planet orbiting the Sun in our solar system whereas the latter is a brown colored failed star that was unable to become a main sequence as it was unable to gather sufficent mass when initially forming. There … Read more
The main difference between red giants and blue giants are that blue giants are far hotter, more luminous and fall under the bracket of a main sequence star whereas red giants are the phase that blue giants among other main sequence stars enter when they are unable to commit to nuclear fusion within the core, … Read more
A super star cluster is a gathering of millions of stars that are gravitationally bound together. First discovered in the early 1960s, these stellar masses provide a fascinating insight to astronomers, allowing them to witness a “snapshot” in the life cycle of a star. Continue reading to discover how star clusters form, who discovered the … Read more
The main differences between the two is that a brown dwarf is a failed main sequence star which due to its inadequate mass, is unable to convert hydrogen to helium whereas a black dwarf is the stellar remnant of a white dwarf (which itself is a remnant of a dead star) when it goes completely … Read more
