Category Archives: The Cosmological Principal

The notion that the distribution of matter in the universe is homogeneous and isotropic when viewed on a large enough scale, since the forces are expected to act uniformly throughout the universe, and should, therefore, produce no observable irregularities in the large scale structuring over the course of evolution of the matter field that was initially laid down by the Big Bang.

The Coming Big Bang Fairytale…Has Arrived

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This started with a prediction I made back in 2015. But before we get to the fulfillment, let me give you a little context for the prediction. 

The Big Bang theory has a number of unsolvable problems. Unsolvable, that is,  if you restrict yourselves to the laws of physics. The problems – some of which I’ll review shortly – are so severe they are enough to disprove the theory. But the Big Bang theory is, for all practical purposes, secular religion. It is the origin story for those who refuse to believe the Biblical account. Thus they will not give it up. For any reason. Even if the evidence clearly indicates otherwise.

So what do secular scientists do when the evidence proves the Big Bang to be false? They make up stories. Stories they call science. Never mind they have no evidence for them, can’t test them, and can’t quantify them. Never mind that all they can do is tell us to believe since they cannot prove it scientifically. This, for them is the holy grail of cosmic origin stories, and therefore they’ll not let it go. I mentioned problems with the big bang, so let me give you some examples.  Continue Reading

The Expanding Big Bang Fairy tale

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Back in August of 2015, I predicted the Big Bang magicians  (those who promote the big bang and go by various titles such as cosmologist, scientist, theoretical physicist etc.) would eventually propose a new fairy tale to explain yet another unexplained fact recently discovered about the wonderfully designed universe that we live in. That fact is the existence of  rings of galaxies, in concentric circles, spanning the mind boggling distance of 5 billion light years.  The Big Bang theory requires that the universe is homogeneous and isotropic – the same everywhere[1] so you should not see in it structures organized in a geometric pattern like concentric circles. Thus this discovery must somehow be explained and made to fit into the Big Bang theory somehow.

I discussed the discovery of this super structure and the problem it poses in an article titled  The coming Big Bang fairy tale where I also made both the above referenced prediction, and guaranteed we’d see a new fairy tale:

To close, let me borrow from the former president of the men’s warehouse:
Another big bang fairy tale is coming. I guarantee it.[2]

Continue Reading

Pulling Back the Veil – What Cosmologists are Hiding

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The Hand of God (nebula) behind the Veil of Science

The Hand of God (nebula) behind the Veil of Science

(Or: Big Bang Magic Part 3:
Pulling Back the Veil on the five biggest questions about the universe)

Contrary to what you may have been led to believe, cosmology these days is not an objective science, devoted  strictly to the scientific explanation of the origin of the universe. There is an agenda that rules cosmology. An agenda that has nothing to do with science as confessed by Richard Lewontin: Continue Reading

Dark Matter: The Big Bang’s Missing Link

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Black holes – once again a candidate for dark matter. (Above: simulation of merging black holes. Click for animation)

 

“How often have I said to you that when you have eliminated the impossible, whatever remains, however improbable, must be the truth?”[1]
Sherlock Holmes

Holmes, the famed fictional detective created by Sir Arthur Conan Doyle popularized that statement of logic, and highlighted the power of deductive reasoning for solving problems.  As fans of Sherlock Holmes know this adage is a key tool in the forensic tool kit for catching criminals.  Applied to science, it is also very helpful, but it cannot always be as conclusive with scientific theory as it is when narrowing the field of suspects in a crime. That is because of two ambiguous terms that science has a hard time precisely defining. Those are:

  1. Eliminate the Impossible
     This is a doubly difficult task for science, because it assumes you first have the knowledge to identify all possibilities, then secondly, have the ability to identify (via testing if it’s to be scientific) that which is  not possible. Only then can you know that you’ve eliminated the impossible. But when it comes to cosmology as physicist and creationist John Hartnett quips:

    “To make such a claim, you would have to know that you have ruled out all other possibilities. In such a case—remember this is not a laboratory experiment—you would have to be an all-knowing god.” [2]
    John Hartnett
     

  2. Whatever remains
     We tend to think that “whatever remains” is a single identifiable cause, but in fact, there could be multiple causes that make up “whatever remains”

So before coming out with any definitive statements,  scientists must be sure that they have carefully accounted for each of these two often difficult to identify variables. Unfortunately, that has  not been the case when it comes to  scientific speculation on Dark Matter. In that regard there are a lot of scientists jumping to the conclusion that dark matter exists, and is out there, waiting to be verified (in a lab) by scientists. Why is that? Let’s take a look at why scientists are so intent on proving that Dark Matter exists, and why it’s prudent to be skeptical about their whole approach to the existence of dark matter.

The Problem: The Universe is not behaving as (we think) it should

Scientists have identified peculiar behavior in the outer reaches of the universe. Not all galaxies are moving as they should. To visualize the problem, consider: Continue Reading

The coming Big Bang fairy tale

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Like the above depiction of the Unisphere inside a ring of stars, the earth may be at a near the center of a concentric ring of galaxies.		 New evidence suggests the earth may be at the center of a huge structure in space. That contradicts the Big bang, so prepare for a new big bang fairy tale to explain it.

 

New discoveries about the organization of the galaxies in space are challenging what big bang theorists have always believed about the the structure of the universe. The new evidence challenges the tenets of the popular but disputed  big bang theory down to its core. Even though the big bang was first proposed by a belgian priest named Georges Lemaitre, it is essentially a secular theory stating only naturalistic causes are responsible for the creation of the universe. That being the case there are two essential assumptions key to the theory which are required to maintain the appearance of the creation of the universe being an entirely natural event.

Those two key assumptions are that the universe is both homogenous and isotropic. “Homogenous” refers to the supposition that the matter in the universe is evenly distributed. “Isotropic” assumes that where ever you look and from whatever vantage point you look, the universe would look the same. Or as NASA puts it:

” …if you viewed the contents of the universe with sufficiently poor vision, it would appear roughly the same everywhere and in every direction. That is, the matter in the universe is homogeneous and isotropic when averaged over very large scales. This is called the Cosmological Principle.”1

These two principles are necessary to prevent the conclusion of special creation particularly in light of Hubble’s discovery in 1929 that resulted in the law that bears his name. That discovery – based on observing the red shift of galaxies2 – is that all galaxies are moving away from us. And the further away the galaxy is, the faster it’s moving. This is true in whatever direction you look – everything is moving away from us, and the most distant ones are moving fastest. It doesn’t take a genius to figure that fact appears to put us at the center of the universe. Hubble, an atheist, abhorred that thought. Putting our planet at the center of the universe is not the expected outcome of a lifeless, careless explosion. That is more like something a loving God who wanted us to have a good vantage point would do. How to over come that and keep the appearance of a naturalistic process?

Typical depiction of expansion of the universe – as an expanding balloon.

 

 By assuming that the universe is both  homogenous and isotropic. Then the expansion of space can be described with the common balloon illustration.
Picture the universe as an expanding balloon (opposite). Like the galaxies visible on the surface – as the balloon grows larger everything on the surface moves away from each other – regardless of where you look, or where you are. 

Thus the big bang requires that the universe is both homogenous and isotropic.3

But the latest discovery by scientists indicates that the universe is neither homogenous nor isotropic. Instead of being the equivalent of an amorphous blob, scientists are discovering there is a distinct structure to the universe, and the earth appears to be in the center of it.

Regarding the structure of space, space.com reports: Continue Reading