RetroActive said:
Science has not answered all the questions and I have never claimed it has.
But you can't fill unanswered scientific questions with the answer that supernatural being did it.
We do know about black holes
If a star is big enough – and we’re talking at least twenty to twenty-five times bigger than the Sun here – it will end its fiery life in a massive explosion called a supernova. When this happens, the outer shell of the star gets blown apart, but the inner core of it collapses in on itself. For some, the core forms a small, dense lump and the star ends its life there. For others, the core just keeps getting smaller and denser and smaller and denser. The pull of its gravity is so immense that anything within a certain distance gets sucked in and is trapped forever. Like a huge spherical, invisible whirlpool in Space
dark matter
After the Big Bang, the universe began expanding outward. Scientists once thought that it would eventually run out of the energy, slowing down as gravity pulled the objects inside it together. But studies of distant supernovae revealed that the universe today is expanding faster than it was in the past, not slower, indicating that the expansion is accelerating. This would only be possible if the universe contained enough energy to overcome gravity — dark energy
dark energy
Knowing how dark energy affects the spreading universe only tells scientists so much. The properties of the unknown quantity are still up for grabs. Recent observations have indicated that dark energy has behaved constantly over the universe's history, which provides some insight into the unseen material.
One possible solution for dark energy is that the universe is filled with a changing energy field, known as "quintessence." Another is that scientists do not correctly understand how gravity works.
The leading theory, however, considers dark energy a property of space. Albert Einstein was the first to understand that space was not simply empty. He also understood that more space could continue to come into existence. In his theory of general relativity, Einstein included a cosmological constant to account for the stationary universe scientists thought existed. After Hubble announced the expanding universe, Einstein called his constant his "biggest blunder."
But Einstein's blunder may be the best fit for dark energy. Predicting that empty space can have its own energy, the constant indicates that as more space emerges, more energy would be added to the universe, increasing its expansion.
Although the cosmological constant matches up with observations, scientists still aren't certain just why it fits.
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