Pixie of key
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The rate of expansion of the universe does not match - "We have ignored something in the cosmological model"
Advanced measurements of the Hubble Space Telescope continue to give confusing results about the evolution of the universe. There is a clear difference between the ancient rate of expansion determined from cosmic background radiation and the current movements of galaxies.
https: //www.avaruus.fi/uutiset/kosmologia-ja-teoreettinen-fysiikka/maail ...
"Thanks to the refinement, the likelihood that expansion rates would conflict randomly drops from 1: 3,000 to as much as 1: 100,000.
"It is not just a matter of having two tests give different results, we are measuring something fundamentally different," Nobel laureate Adam Reiss of STScI and Johns Hopkins University explains.
"On the one hand, we have our measurement of the rate of expansion of the universe today. On the other hand, the early universe predicts how fast the universe should expand."
"If the measured values do not match, there is a very strong probability that we have ignored something in the cosmological model that combines these two eras," Reiss emphasizes. "
It's all about the simplicity of how well / powerful the newer, slightly faster expanding light interacts with the older expanding lights.
That is, how quickly it is able to accelerate the rate of the old expanding light to its own.
The faster the older the expanding light stretches, which is generally redshift.
That is, these contradictory observations prove that the general redshift of light cannot even be explained by some inexplicable hokusk pokkus expanding space.
The explanation lies in the fact that the lights themselves expand in space outward into existing space, interacting with each other, whereby they accelerate each other's expansion, and thus the speed of the expanding light increases in the same proportion as the substances and the lights expand.
![Thinking face :thinking: 🤔](https://cdn.jsdelivr.net/joypixels/assets/8.0/png/unicode/64/1f914.png)
Advanced measurements of the Hubble Space Telescope continue to give confusing results about the evolution of the universe. There is a clear difference between the ancient rate of expansion determined from cosmic background radiation and the current movements of galaxies.
https: //www.avaruus.fi/uutiset/kosmologia-ja-teoreettinen-fysiikka/maail ...
"Thanks to the refinement, the likelihood that expansion rates would conflict randomly drops from 1: 3,000 to as much as 1: 100,000.
"It is not just a matter of having two tests give different results, we are measuring something fundamentally different," Nobel laureate Adam Reiss of STScI and Johns Hopkins University explains.
"On the one hand, we have our measurement of the rate of expansion of the universe today. On the other hand, the early universe predicts how fast the universe should expand."
"If the measured values do not match, there is a very strong probability that we have ignored something in the cosmological model that combines these two eras," Reiss emphasizes. "
It's all about the simplicity of how well / powerful the newer, slightly faster expanding light interacts with the older expanding lights.
That is, how quickly it is able to accelerate the rate of the old expanding light to its own.
The faster the older the expanding light stretches, which is generally redshift.
That is, these contradictory observations prove that the general redshift of light cannot even be explained by some inexplicable hokusk pokkus expanding space.
The explanation lies in the fact that the lights themselves expand in space outward into existing space, interacting with each other, whereby they accelerate each other's expansion, and thus the speed of the expanding light increases in the same proportion as the substances and the lights expand.
![Thinking face :thinking: 🤔](https://cdn.jsdelivr.net/joypixels/assets/8.0/png/unicode/64/1f914.png)