I'm very close to completing Dan Brown's
Origin, a fascinating story pitting creationism against science. Can you imagine someone actually determining the answers to:
- Where do we come from?
- Where are we going?
Those are the questions where religion and science have totally different answers. I will more closely analyze these variations when I review these books some Sunday in the future.
Today, I explore the prequel: Why is there anything? Forget for now the Big Bang creating our Universe or the matter of Who created God or how life began. But as an aside, just to impress upon you the impossibility of
this seemingly "simple" event:

Just think about one essential machine that copies the DNA instructions for making each protein.5 Then let’s take just one protein component of that machine, less than 10% of the total. This protein is 329 amino acids in length. What would be the chance of getting this one protein by chance, assuming that the correct, and only the correct, amino acid ingredients were present? Calculate it this way: 1/20 x 1/20 x 1/20 … 329 times!6 This is a probability of 1 in 10428 … a number with 428 zeros after the 1! Even if every atom in the universe (1080—a number with 80 zeros) represented an experiment for every molecular vibration possible (1012 per second) for the supposed evolutionary age of the universe (14 billion years=1018 seconds), this would allow ‘only’ 10110 experiments—a long, long way short of the number needed to have a ghost of a chance of getting just this one protein to form,7 let alone the over 400 others needed.

It isn't coherent to argue that the universe was created by God, but God was in turn created by God to the second power, who was in turn created by God to the third power, and so on. As Aristotle cogently argued, there must be a reality that causes but is itself uncaused (or, a being that moves but is itself unmoved). Why? Because if there is an infinite regression of causes, then by definition the whole process could never begin.2
According to some theorists, when Einstein’s theory of gravity is combined with quantum theory, the Big Bang could really be part of a Big Bounce, in which the collapse of a previous, and perhaps very different, universe is followed by the creation of our own. While speculative, these theories do at least resolve the otherwise tricky question of what existed before the Big Bang.
According to TechTimes, Hawking says during the show that before the Big Bang, time was bent — "It was always reaching closer to nothing but didn't become nothing," according to the article. Essentially, "there was never a Big Bang that produced something from nothing. It just seemed that way from mankind's point of perspective."
Bottom line: Most of us understand the Big Bang as the idea that our entire universe came from a single point, what astrophysicists call a “singularity.” But we might not need a singularity to have a Big Bang, according to a new study by Ahmed Farag Ali in Egypt and coauthor Saurya Das in Canada. The catch – according to astrophysicist Brian Koberlein – is that, without the singularity, this model predicts that the universe had no beginning. It existed forever as a kind of quantum potential before collapsing into the hot dense state we call the Big Bang.
Their admittedly controversial answer is that the entire universe, from the fireball of the Big Bang to the star-studded cosmos we now inhabit, popped into existence from nothing at all. It had to happen, they say, because "nothing" is inherently unstable.
Huh? Further:
This idea may sound bizarre, or just another fanciful creation story. But the physicists argue that it follows naturally from science's two most powerful and successful theories: quantum mechanics and general relativity.
As Krauss puts it, "The laws of physics as we understand them make it eminently plausible that our universe arose from nothing - no space, no time, no particles, nothing that we now know of."
The article ends with:
Those universes might be profoundly different to ours. The universe next door might have five dimensions of space rather than the three – length, breadth and height – that ours does. Gravity might be ten times stronger or a thousand times weaker, or not exist at all. Matter might be built out of utterly different particles.
So there could be a mind-boggling smorgasbord of universes. Linde says eternal inflation is not just the ultimate free lunch: it is the only one at which all possible dishes are available.
As yet we don't have hard evidence that other universes exist. But either way, these ideas give a whole new meaning to the phrase "Thanks for nothing".
Maybe I should go back to church.
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