not yet but obviously you've heard the theory that it does. so i will tell you this its a theory. its not proven because the big bang is not proven that's just the theory everyone goes with. they say the universe will contract, but that wont happen in my lifetime nor billions of other peoples lifetimes after us. they say it will happen billions.. maybe trillions of years after us.
Brahe's theories revolved around the ptolemaic system, where Earth was the centre of the Universe. Copernicus stated that the Earth is not the center of the Universe, but we revolve around other masses as well.
approving officer cetifying officer and contracting officer
"Two things are infinite: the universe and human stupidity; and I'm not sure about the the universe."
Copernicus
aditya shyam jalan
it is contracting Answer2: The universe is stable around 158E24 meters.
No, it is expanding.No, it is expanding.No, it is expanding.No, it is expanding.
That would be a sign that the Universe is contracting, instead of expanding as it currently is.That would be a sign that the Universe is contracting, instead of expanding as it currently is.That would be a sign that the Universe is contracting, instead of expanding as it currently is.That would be a sign that the Universe is contracting, instead of expanding as it currently is.
Contracting can be a form of the verb "contract" which means to decrease in volume. "Some scientists think the universe is contracting." Another meaning of the verb "contract" is to enter into an agreement with. "The builder is contracting to build a new bridge for the city."
Yes, and so far, scientists have not yet accounted for enough mass in the universe for the expansion to ever come to a halt and start the universe contracting.
Contracting can be a form of the verb "contract" which means to decrease in volume. "Some scientists think the universe is contracting." Another meaning of the verb "contract" is to enter into an agreement with. "The builder is contracting to build a new bridge for the city."
Contracting can be a form of the verb "contract" which means to decrease in volume. "Some scientists think the universe is contracting." Another meaning of the verb "contract" is to enter into an agreement with. "The builder is contracting to build a new bridge for the city."
Contracting can be a form of the verb "contract" which means to decrease in volume. "Some scientists think the universe is contracting." Another meaning of the verb "contract" is to enter into an agreement with. "The builder is contracting to build a new bridge for the city."
Contracting can be a form of the verb "contract" which means to decrease in volume. "Some scientists think the universe is contracting." Another meaning of the verb "contract" is to enter into an agreement with. "The builder is contracting to build a new bridge for the city."
theoretically, yes. There has to be an area that all the universe is expanding from. Scientists say that the universe is either expanding or contracting, and something cannot expand or contract unless expanding or contracting to/from a point. We can assume that the point is not on the side of wherever it is moving to/from. So it is not billowing out at an angle from somewhere. We can then assume that there is a center that is expanding or contracting. If there weren't a center, then scientists would be contradicting themselves anytime they say that the universe is expanding or contracting.
If the universe is ever to stop expanding and start contracting there has to be a certain amount of material (mass). This amount is called the 'critical density'. So far as is known to date the universe does not have sufficient mass to stop expanding, hence it is below the critical density.
We believe that the universe is expanding.The universe is currently expanding, as evidenced by the Hubble Constant, which indicates that the greater distance a star is from an observer, the faster that star is receding away from the observer. This Hubble Constant holds true for all observers, no matter where they might rest in the universe, and the Hubble Constant applies to all stars in all directions of the sky for each observer.