More Rh1no1 Questions:

But hey… if there is no God, then who made us? Who made the primordial glue? Who created innate senses? Who created life? Who created calcium and protein? What is your take on that?

There wasn’t a “who”, it was “what”…which was the Big Bang, which created the universe, planets, stars, comets, etc.

Molecules of amino acids formed from atoms which were formed from neutrons, proton, quarks, etc. pulled together by gravitational forces.

Those amino acids were stimulated by electrical charges present when the Earth was very, very, young. This formed the first proteins which became single-celled organisms. Single cell organisms later created multi-cellular organisms.

Stimulated further by solar radiation, the evolutionary process created mutations in organisms which were passed on generationally over 4.57 Billion years. Organisms became more complex over time as they adapted to their environment.

Who created the propensity for the big bang? Just curious about your answer.

From Wikipedia;
In physical cosmology, the Big Bang is the scientific theory that the universe emerged from a tremendously dense and hot state about 13.7 billion years ago. The theory is based on the observations indicating the expansion of space (in accord with the Robertson-Walker model of general relativity) as indicated by the Hubble redshift of distant galaxies taken together with the cosmological principle.
Extrapolated into the past, these observations show that the universe has expanded from a state in which all the matter and energy in the universe was at an immense temperature and density. Physicists do not widely agree on what happened before this, although general relativity predicts a gravitational singularity (for reporting on some of the more notable speculation on this issue, see cosmogony).

The term Big Bang is used both in a narrow sense to refer to a point in time when the observed expansion of the universe (Hubble’s law) began — calculated to be 13.7 billion (1.37 × 1010) years ago (±2%) — and in a more general sense to refer to the prevailing cosmological paradigm explaining the origin and expansion of the universe, as well as the composition of primordial matter through nucleosynthesis as predicted by the Alpher-Bethe-Gamow theory.

From this model, George Gamow in 1948 was able to predict, at least qualitatively, the existence of cosmic microwave background radiation (CMB). The CMB was discovered in 1964 and further corroborated the Big Bang theory, giving it an additional advantage over its chief rival, the steady state theory….

Buddhism has a concept of universes that have no initial creation event, but instead go through infinitely repeated cycles of expansion, stability, destruction, and quiescence. The Big Bang may be reconciled with this view, since there are ways to conceive an eternal creation and destruction of universes within the paradigm. A number of popular Zen philosophers were intrigued, in particular, by the concept of the oscillatory universe.

The oscillatory universe is the hypothesis, attributable to Richard Tolman from 1934, that the universe undergoes an infinite series of oscillations, each beginning with a big bang and ending with a big crunch. After the big bang, the universe expands for a while before the gravitational attraction of matter causes it to collapse back in and undergo a bounce.
It was once popular amongst cosmologists who thought some force would prevent the formation of a gravitational singularity and connect the big bang to an earlier big crunch: the mathematical singularities seen in calculations were the result of mathematical over-idealizations and would be resolved by a more careful treatment. However, in the 1960s, Stephen Hawking, Roger Penrose and George Ellis showed that singularities were a universal feature of cosmologies with a big bang and that no feature of general relativity could prevent them. Theoretically, the oscillating universe could not be reconciled with the second law of thermodynamics: entropy would build up from oscillation to oscillation and cause heat death. Other measurements suggested the universe is not closed. These arguments caused cosmologists to abandon the oscillating universe model.

The theory has been revived in brane cosmology as the cyclic model, which evades most of the arguments leveled against the oscillatory universe in the sixties. Despite some success, the theory is still controversial, largely because there is no satisfactory string theoretic description of the bounce in this model.

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