Hubble Telescope Releases Image of Milky Way’s Neighboring Galaxy; To look

While astronomy’s current focus is primarily on observations from the James Webb Space Telescope, there are still other observatories that capture images of distant places in the universe. Last Friday (30), the Hubble Space Telescope released a new detailed image of a galaxy adjacent to the Milky Way known as ESO 174-1..

In an official blog post by the United States National Aeronautics and Space Administration (NASA), an image of the irregular galaxy ESO 174-1, Located about 11 million light-years from Earth. The scientists photographed the area as part of an observing program aimed at better understanding which galaxies surround the Milky Way.

“The program to capture all of our neighboring galaxies is designed to use Hubble’s 2-3% of the available time between observations. It is inefficient for Hubble to make sequential observations of objects located in opposite parts of the sky. An official NASA statement is an observation similar to that captured by ESO 174-1. programs fill in the gaps between other observations,” he says.

The image contains some interesting details of the neighboring galaxy. thin cloud of milky-white gas with bright stars in the background. ESO 174-1 is one of the closest galaxies to the Milky Way; even visually it is completely different from our galaxy.

Hubble captures neighboring galaxy

The biggest difference between our galaxy and ESO 174-1 is shape. The Milky Way, for example, has a classic spiral shape common to other space bodies, but our neighbor has a more irregular shape. In any case, elliptical galaxies tend to be the rarest type; They can be completely round or oval.

NASA explains that ESO 174-1 is a somewhat irregular galaxy; It is a type of galaxy that can differ in size, mass, and shape. The agency claims that this could be the result of interactions between the two galaxies – if the two galaxies intersect, one will have a greater gravitational effect than the other and take on a more irregular shape.

“The observations aim to resolve the brightest stars and key features of all known galaxies at 10 megaparsec. A parsec is a unit used by astronomers to measure vast distances to other galaxies – 10 megaparsec means 32 million light-years – and makes astronomical measurements overcoming distances. easier,” explains NASA.