Hubble Space Telescope Nasa Needle's Eye

Hubble telescope looks deep into the Needle's Eye in this dwarf spiral galaxy photo

There's a mysterious X-ray source and other unknowns in this Hubble telescope photo of the Needle's Eye galaxy.

A new picture from the Hubble Space Telescope shows a profound perspective on the eye of a cosmic needle.

The twisting universe is nicknamed the "Needle's Eye", albeit all the more authoritatively it is known as NGC 247 and Caldwell 62.

NASA said May 10 the epithet is suitable given this universe is a bantam twisting, making it a generally little gathering of stars contrasted with our own Milky Way.

The Hubble Space Telescope image portrays a hole on the other side of the galaxy, which NASA said puzzles astronomers.

"There is a shortage of gas in that part of the galaxy, which means there isn’t much material from which new stars can form," the agency wrote.

"Since star development has ended around here, old, faint stars populate the void.

Researchers actually don't have any idea how this bizarre element framed, yet concentrates on hint toward past gravitational connections with another system," the organization added.

The opening isn't the main secret this universe holds.

Beneath the plate of the world, you can spit a couple of additional more modest and far off universes past the Needle's Eye marker of 11 million light-years,

A generally close distance to us in cosmic terms. In any case, finding out about those distant universes is something stargazers are additionally attempting to do.

"Radiant red demonstrates areas of high-thickness gas and residue, and hearty star arrangement somewhat near the edge of the world," NASA said.

There's likewise a brilliant forefront star that is in the field of view.

Embedded in the heart of the galaxy is an ultraluminous X-ray source, too, but it is unclear where that came from.

"Are they stellar-mass black holes gorging on unusually large amounts of gas? Or are they long-sought 'intermediate-mass' black holes,

Dozens of times more massive than their stellar counterparts but smaller than the monster black holes in the centers of most galaxies?" NASA asked.

Independent studies of the galaxy using other forms of light, such as X-rays with NASA's Chandra X-ray Observatory, suggest the X-rays are coming from an intermediate-mass black hole's disk.

But more studies will be required to decide for sure what is going on.


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