He telleth the number of the stars; he calleth them all by their names. Psalm 147:4
"We cannot use science to prove the age of the universe because science can only deal with what is observable now. We can measure the rates of all manner of things in the present. However, to use these as ‘clocks’ to estimate ages, we have to assume a history, which in turn depends upon our beliefs about where we came from. 
Blue stars are the biggest and brightest of all ‘main sequence’ stars, but this means they burn up their nuclear fuel very fast. Indeed, they burn so fast that the biggest ones could not last more than a million years, and the smallest around 10 million years.
Yet blue stars abound in spiral galaxies, including our Milky Way. This suggests that these galaxies cannot be even one million years old. This problem for the belief that the galaxies are billions of years old is ‘solved’ by assuming the blue stars formed more recently than the rest of the galaxy. However, no one has observed such star formation and there is not even a viable mechanism for it to happen.
Globular clusters are compact, ball-shaped groups of stars that orbit the centre of a galaxy. They supposedly contain ‘very old’ stars. The secular big bang story has great difficulty explaining them. Astronomers have seen many fast-moving neutron stars in globular clusters.
These are thought to arise from supernovas (exploding stars) within the cluster, where a neutron star is created that is ‘kicked’ out at very high speed.
With the compact sizes of globular clusters and the high speed of the neutron stars, all neutron stars should be ejected from such clusters in less than two million years. Many globular clusters should have emptied in a few thousand years. A major study of this so-called ‘retention problem’ called it a “long-standing mystery”. These observations, too, are consistent with a young age of the universe."
CMI
