By studying the neutrinos that IceCube detects, scientists can learn about the nature of astrophysical phenomena occurring millions, or
even billions of light years from Earth, Sullivan said.
However, because they occur in short bursts and originate in distant galaxies — sometimes
even billions of light years from Earth — scientists have not been able to exactly pinpoint what causes them.
Not exact matches
Either they necessitate a deceptive «God», e.g. creating starlight «in transit» which means that for some
light the star that supposedly sent said
light would never have actually existed, or they would cause effect that should be evident but are not, e.g. temporarily fast starlight would effectively cook many things, such as life on earth, if the required
light (and attendant gamma radiation) were compressed into a significantly shorter time frame (think
of the radiation from the apparent 13
billion years of the universe arriving at the same time, or
even over a 1000
years).
Quantum entanglement suggests that distance must be an illusion,
even millions or
billions of light years of it.
There is also the gravitational field effect on
light, causing a redshift, and this could be significant considering
light travels for millions and
even billions of years through space which is not devoid
of a gravitational field during that time 3.
Spectrographic evidence from
light sources
billions of light years away would seem to indicate that the persuasive power which maintains these regular patterns
of predictability can not be avoided by autonomous activity in the occasions involved
even over long periods
of time.
We cant
even see whats on the other side
of the Moon, and we are led to believe about a black hole
Billions of light years away based on a telescope?
In 2001, Charbonneau and astronomer Tim Brown
of the High Altitude Observatory in Boulder, Colorado, used this technique to «sniff» the atmosphere
of a huge, broiling planet called HD 209458b,
even though it is 150
light -
years away — 4
billion times as distant as the moon.
The specific shape
of these galaxies is unclear because
even ALMA isn't powerful enough to provide a clear look at regions
of the cosmos where
light being detected was emitted 12
billion years ago, when the universe was roughly one - seventh its current age.
This galaxy is located 3.8
billion light years away, and there is not the slightest chance
of observing these planets directly, not
even with the best telescope one can imagine in a science fiction scenario,» said Guerras.
By studying far - flung galaxy clusters, astronomers are able to look back in time at the state
of those objects millions or
even billions of years ago, when the
light just now reaching us was emitted.
It's a good thing the star lay safely 7.5
billion light years away - GRBs within 6500
light years of Earth could produce enough radiation to strip away the ozone layer and cause a mass, or
even total, extinction - a terrifying prospect indeed.
The phenomenon
of entanglement — wherein two particles can be separated by
billions of light -
years and yet be instantly affected by changes to the quantum state
of one another — seems so outlandish that
even Albert Einstein (the essence
of intelligence anthropomorphized) had trouble wrapping his head around the concept.
Although the emission frequency
of the more distant objects becomes lower due to the expansion
of the universe, the ALMA Telescope is designed to receive millimeter waves in a frequency range lower than submillimeter waves observed this time, which means this identification method can be applied to objects
even 10
billion light years away and will be a competent observation method in the ALMA Era when there will be a dramatic advancement in the research
of distant galaxies.
Microquasars In far - distant quasars and active galaxies, millions or
even billions of light -
years away, the gravitational and magnetic energy
of supermassive black holes is capable
of accelerating «jets»
of subatomic particles to speeds approaching that
of light.
Even after traveling over tens
of billions of light years, to a photon the trip is instantaneous.