When a Red Super Giant star reaches the end of its life, it explodes. What is this very large explosion called? What are the two possible outcomes of that explosion? When is a star a Main Sequence Star? What happens to the largest of all stars at the end of their life? How does the Sun compare to Very Massive Stars in temperature, brightness, and lifespan? BLACK HOLES Where can we expect to find Super Massive Black Holes? How many Solar Masses is the approximate minimum for a black hole to form from? Approximately how many solar masses is a Super Massive Black Hole? Why are black holes black? (why can't we see anything inside the black hole) What created the first gravitational waves humans ever detected? If black holes are "invisible", how can we find them?
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The Deep Dive
When a Red Super Giant reaches the end of its life, it undergoes a spectacular explosion known as a supernova. Following this explosive event, two main outcomes can occur: the core may collapse into a neutron star, or if the mass is sufficient, it might further collapse into a black hole, creating one of the most enigmatic objects in the universe. A main sequence star, such as our Sun, spends the majority of its life fusing hydrogen into helium in its core, which occurs during a stable period. The Sun, like many other stars, will enjoy this phase for around 10 billion years before it expands into a red giant, showcasing the incredible life cycle stars go through as they age.
