What makes you think it does?
The redshift of the cosmic microwave background radiation
By measuring the rate of expansion of the universe using the Hubble constant and then calculating backwards to determine when the universe started expanding, scientists can estimate the age of the universe. By studying the cosmic microwave background radiation left over from the Big Bang, scientists can infer the age of the universe by measuring the temperature fluctuations and using them to determine the time since the universe began.
One way scientists use to calculate the age of the universe is by measuring the rate of expansion of the universe since the Big Bang. By studying the cosmic microwave background radiation, astronomers can determine the age of the universe to be about 13.8 billion years.
As the age of the universe is about 13.73 billion years, nothing in your diamond ring can be older than that. The oldest carbon atoms in a given diamond may be 11 to 12 billion years old.
Simple Answer:Relative age dating is usually in the domain of geology, archeology and paleontology. Relative age dating alone does not give the age of an object or the date of an even, just the relative ordering in time.More:The principles of relative age dating can, however, be applied to cosmology. The basic principle is that one uses characteristics of objects to identify whether one object is is older than another, and then arranging them in chronological order.Alone, relative age dating can not be used to determine the age of the universe or anything else, but with some knowledge of absolute age one can arrive at statements like, event B must have come after event A and event A is a known date, so event B must be at an earlier date.For instance, the universe must be older than the Earth. The Earth can be dated to about 4.5 billion years in age, therefore the Universe must be older than 4.5 billion Years. If, one adds to that the one knows that the light from a distant galaxy takes a 10 billion years to reach Earth, then the galaxy, and hence the Universe must be more than 10 billion years old.
The Diamond Age was created in 1995.
Light from distant objects in the universe allows scientists to determine the age of those objects based on the time it takes for the light to reach us. The farther away an object is, the longer it takes for its light to travel to us, giving us a glimpse into the past. By measuring the redshift of the light, scientists can calculate the age of the object based on the expansion of the universe.
This is deduced from the expansion of the Universe. Far-away galaxies recede (go away) from us, with such a speed, that they must have been near us about 14 billion years ago.
The CMBR did not reveal anything DIRECTLY about the age of our Universe. However, its spectrum and isotropy are almost perfectly as predicted by a Universe that began to expand about thirteen billion years ago -- a timeline given by the Hubble Constant. As such, it gives extremely strong support to that timeline.
The Diamond Age has 455 pages.
It is more likely that we derived the age of the universe from its present size. The age depends upon the value of the Hubble Constant, which probably isn't really a constant in the strictest sense.As for the area of the universe, regarding it as a sphere is probably a mistake. The topology of the universe is different from that of the 3 dimensional objects with which we are familiar. ---- The answer is No. According to Astrophysicist David Palmer, we cannot currently determine the actual size of the Universe; but only attempt to determine the size of the "known" Universe which is that part of the Universe that we can see. It's analogous to standing in a stationary position in the middle of a dessert. We will be able to view sand all around us; but will have no idea how much more sand may lie beyond that which we can see.
The tool is named diamond probe.