No. Quasars have the highest energy output of any type of object in the known universe.
A supernova explosion releases greatly more energy than our Sun in its entire lifetime.
No, a quasar is a distant celestial object that emits intense amounts of energy. While a quasar can release powerful radiation and energy into space, it cannot directly obliterate an entire planet in the way a weapon might. The impact of a quasar on a planet would depend on factors such as distance and the planet's atmosphere.
If the Milky Way were a quasar, it would be incredibly bright and emit vast amounts of energy due to the supermassive black hole at its center consuming huge amounts of matter. The high energy output would impact the surrounding galaxies and alter the dynamics of the entire universe.
50% energy
We would already have noticed - or been killed. A quasar emits more energy than an entire (present-day) galaxy.We would already have noticed - or been killed. A quasar emits more energy than an entire (present-day) galaxy.We would already have noticed - or been killed. A quasar emits more energy than an entire (present-day) galaxy.We would already have noticed - or been killed. A quasar emits more energy than an entire (present-day) galaxy.
No, not in the slightest sense. A quasar, pulsar, and galaxy are three very different things.
quasar
A quasar does that.
A quasar is a galaxy that is radiating massive amount of radioactive energy. A quasar MAY have a black hole at it's center. A black hole is just dead star that collapsed in on itself.
The temperature of a quasar is directly related to its overall energy output. Quasars are extremely hot and luminous objects, with higher temperatures corresponding to higher energy outputs. This means that as the temperature of a quasar increases, so does its energy output.
Quasar c:
Quasar