Hubble Space Telescope: NASA Found Something Weird’

Hubble Space Telescope: NASA Found Something Weird’ in UniverseHubble Space Telescope: NASA Found Something Weird’ in Universe

Thirty years of Hubble Space Telescope observations of galaxies has provided the world’s most accurate estimates of the expansion rates of our Universe and reveal there is something fundamentally missing from our understanding about this Universe.

Hubble Space Telescope

The Hubble Space Telescope has reached the highest level of its quest to discover the speed at which our universe expands . It also confirms the idea that something odd is occurring throughout our Universe, Nasa states.

In recent years, Astronomers have used telescopes like Hubble to find out how fast the universe’s expanding.

Astronomers have been aware for over 100 years the past that our universe is expanding because galaxies are expanding away from us, and the further they are the farther they’re traveling. The speed at which they travel in relation to the distance they’re located from Earth is called Hubble constant. Hubble constant. This measurement was one of the primary tasks of the telescope that bears the same name.


When NASA was able to come up with the concept of a large satellite telescope in the 1970s, one of the primary reasons behind the cost and effort was the fact that it could be capable of focusing Cepheids star clusters which dim and then brighten often and are visible within the Milky Way and external galaxies. 

Hubble Space Telescope: NASA Found Something Weird’ in Universe
Hubble Space Telescope: NASA Found Something Weird’ in Universe

Cepheids have been thought of as the gold standard in cosmic mile markers since their utility was first discovered by astronomer Henrietta Lavitt around 1912. For calculating distances that are much longer Astronomers employ expanding stars, which are called supernovae of type Ia.

In 2005 and in 2009, the installation of new, high-performance cameras on the Hubble telescope began “Generation 2” of the Hubble ongoing research. Teams set out to improve the Hubble constant to be precise to just 1 percentage.

This was the first phase of SH0ES which is the SH0ES program. Many teams of astronomers working with Hubble including SH0ES have reached an approximate Hubble constant of 73 with a minimum of 1 Kilometer per megaparsec. While other approaches are being used to research the Hubble constant, a variety of research groups came up with numbers comparable to the number.


The scientific collaboration is referred to under the title Supernova H 0. which is a reference to the fact that it as an Equation of the State of Dark Energy (SHOES) in where H zero is an equation of Hubble constant, which is the measurement of the expansion rate that is the size of the Universe.

Hubble has seen 42 miles of Supernovae. These types of events happen about once every year. This is a sign that Hubble has investigated nearly every single event that took place in the last three decades.

“This is the kind of thing that is what the Hubble Space Telescope created to accomplish, employing the most effective techniques we have to accomplish it.

 It is probably Hubble’s greatest achievement, as it would require the remaining 30 years of Hubble’s lifetime to double this amount of data. “

In the next decade Astronomers will be able to examine the development of the Universe and the new observatories are anticipated to offer sufficient data that will allow us to comprehend what’s going on in the Universe that we’re yet to comprehend.

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