Dark Stars Latest News
Astronomers recently unearthed evidence that some of the earliest luminous objects in the universe may be “dark stars”, stars powered not by nuclear fusion but by dark matter annihilation.
About Dark Stars
- Dark stars are hypothetical objects that may have inhabited the early universe.
- Scientists believe that dark stars might be the oldest stars in the history of the universe and may represent the first phase of stellar evolution.
- These stars are giant, much larger than our sun or any of the other stars around today.
- A single dark star could be as much as 400 to 200,000 times wider than our sun and 500 to 1,000 times more massive.
- Dark stars aren't actually dark; they just don't emit any visible light.
- That's because instead of nuclear fusion, which is the process that converts hydrogen into helium in the core of an ordinary star, dark stars are powered differently.
- Astronomers believe that dark matter heating is what powers them.
- Because there’s no fusion happening inside them, they aren’t very hot.
- Because dark stars don’t rely on core fusion to stave off gravitational collapse, they’re not extremely compressed like normal stars.
- Instead, dark stars are likely giant, puffy clouds that shine extremely bright.
- A single dark star from the early Universe could be as bright as an early galaxy containing many more standard stars.
- And even though they'd be massive — and potentially spewing gamma rays, neutrinos, and antimatter — so far, they've been too faint to be detected because they don't emit visible light.
Source: TH
Dark Stars FAQs
Q1: What are Dark Stars believed to be?
Ans: Hypothetical stars from the early universe powered by dark matter.
Q2: How much wider could a Dark Star be compared to the Sun?
Ans: 400–200,000 times
Q3: What type of structure are Dark Stars believed to have?
Ans: Dark stars are likely giant, puffy clouds that shine extremely bright.
Q4: Why are Dark Stars difficult to detect?
Ans: They emit radiation mostly outside the visible spectrum.
