The coming Big Bang fairy tale


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

Earth 2.0 and ETs: another scientific pipe dream

Some scientists need to be reminded that it’s ill-advised to count your aliens before they’re discovered.
 Artist conception of Kepler-452b with Earth for size comparison.
 Clouds, continents and oceans depicted on Kepler-452b are included though there is no evidence for them.

 

With the discovery of the earth like planet Kepler-452b, we have the opportunity for a valuable object lesson. Contrary to what scientists are hoping for – this will not be a lesson to Creationists that evolution is true and extra-terrestrial life has been found, thus validating evolution. No, the lesson this discovery affords is a demonstration of the foolishness of trying to disprove anything (much less the Bible) when:
1. Your primary evidence has yet to be discovered; and
2. You’re arguing from a scientific theory that flies in the face of the established laws of science.

The object for today’s lesson will be Jeff Schweitzer’s article in the Huffington Post, “Earth 2.0: Bad News for God“.  Schweitzer makes a number of mistakes common to scientists and others trying to debunk the Genesis account of origins. We’ll use his mistakes to identify these common errors so 1. You’re aware these are not unique earth shattering questions, they’ve all been handled before, and 2.  You can more easily identify them, and respond appropriately when next you see them. We’ll look first at the problem with his whole approach and in the process answer his objections. Schweitzer believes he has mounted a serious challenge to the Genesis account. He’s seriously mistaken.

 

1. Lack of Objectivity
Most people believe scientists are objective, impartial promoters of the truth –  whatever the truth turns out to be – because that is the image scientists have projected since the dawn of the modern scientific age. That couldn’t be further from the truth. Exhibit one: an example of a scientists who is biased and has obvious preferences as to what the truth is: Schweitzer himself.  Schweitzer can’t hide his obvious glee at the mere prospect of proving Bible believers wrong.

I would like here to preempt what will certainly be a re-write of history on the part of the world’s major religions. I predict with great confidence that all will come out and say such a discovery is completely consistent with religious teachings.1

“Preempt” the world’s religions? In other words he anticipates the world’s religions being wrong, and he wants to afford them no wiggle room to claim they were not, and thus this “preemptive” strike. An attempt to box them in; and to create the strongest case to say “see you’re wrong, and I told you so.” Hardly an objective position for a scientist. But Creationists and Intelligent Design theorists have been saying that the average scientist is neither objective nor unbiased for a long time. Creationist Ken Ham has been making this point for over a quarter century:

Many think of scientists as unbiased people in white laboratory coats objectively searching for truth. However scientists come in two basic forms, male and female, and they are just like you and me. They have beliefs and biases. A bias determines what you do with the evidence, especially the way in which you decide that certain evidence is more relevant or important than other evidence.2

One’s bias is of critical importance because it determines not only what evidence will be accepted3  but also the a-priori assumptions use in interpreting the evidence. For instance some look at the Grand Canyon and see a little bit of water acting over a long period of time (millions of years). Others see a lot of water (as in a world wide flood) acting over a short period of time. Same evidence, but a-priori assumptions determine how the evidence is interpreted. Clearly such assumptions are critical to one’s approach to both science and life.

2. Incorrect a-priori assumptions

Schweitzer is convinced that life exists out there in the universe, and one day we’ll discover it:

As I stated at the beginning, none of this will matter upon life’s discovery elsewhere.4

I make the case in the Waning, Great Scientific Hope  that the search for life on other planets is a hopeless one, with no chance of success. Why does Schweitzer consider it a certainty, and one day we’ll discover it? It’s based on his a-priori assumptions. Most scientists are naturalists – meaning they will allow only natural causes as scientific explanation. This forces them to adopt an anti-God, pro-Big Bang, pro-evolutionary world view which assumes: Continue Reading

The multiverse and other fairy tales


A picture supposedly of a fairies dancing before a young girl is examined for authenticity in a scene from “FairyTale: A True Story
Cosmologists faced with the difficult problems of the fine tuning of the universe and the origin of the singularity have resorted to the fairy tale of a “multiverse” to save a materialistic worldview.

In 1917 in Cottingley, England, 16 and 9 year old cousins Elsie Write and Frances Griffiths believed in fairies and wanted others to believe too. As evidence they produced pictures (viewable here) of what they purported to be real live fairies.  By today’s photoshop and CGI standards, the fairies in the pictures appear to be  simplistic two dimensional hand colored drawings. But a photo expert of the day declared the negatives had not been tampered with, and the pictures caught the eye of writer Sir Arthur Conan Doyle, creator of famed fictional detective Sherlock Holmes. Less widely known is Doyle was a believer in the paranormal1, and his beliefs included the existence of fairies. Doyle took the photographs as authentic.

Years later, the girls, now women, confessed the photos had been faked. The question is why had so many, including one so obviously intelligent as the creator of Sherlock Holmes been so quick to believe a fanciful story with little or no evidence? Frances, nailed it on the head in a 1985 interview when she said, “I never even thought of it as being a fraud – it was just Elsie and I having a bit of fun and I can’t understand to this day why they were taken in – they wanted to be taken in.”2

“They wanted to be taken in.” In other words, they wanted to believe. I don’t fault them or anyone for that. Humans are designed to live by faith, and thus it’s natural to want to believe in something. (This includes atheists, evolutionists and scientists who claim to have no faith.3) The problem comes when you believe based on flimsy or no evidence. That’s always the problem with a fairytale – there is little or no evidence. This also distinguishes the Christian faith – for which there is a plethora of  evidences from a variety of fields of study –  from fairytales.  Furthermore, there are a number of sites dedicated to documenting the evidence.4

Segue to the 1980’s. The field of cosmology is in crisis. Scientists realize there are a number of problems with the Big Bang theory. (For a few details see my previous article here.)  Einstein had died in 1955 without completing what he had hoped would be his magnus opus: a completed Theory of Everything (TOE) – a single, elegant, unified theory that explained everything about the universe, including the current holy grail in cosmology: the unexplainable (in scientific terms) origin of the universe. The current explanation – the singularity that is itself the big bang – has been recognized as totally inadequate, contradicting the laws of physics. As physicist Michio Kaku put it:

“The fundamental problem of cosmology, is that the laws of physics as we know them break down at the instant of the big bang. Well people say what’s wrong with that? What’s wrong with having the laws of physics collapse? Well for physicists this is a disaster. All our lives we’ve dedicated to the proposition that the universe obeys knowable laws. Laws that can be written down in the language of mathematics. And here we have the centerpiece of  the universe itself, a missing piece beyond physical law.” 5

To make matters worse, science had discovered that the universe is finely tuned. In an article for the Discovery Center Institute for science and culture, distinguished follow and author Jay Richards explains what fine tuning is:

“Fine-tuning” refers to various features of the universe that are necessary conditions for the existence of complex life. Such features include the initial conditions and “brute facts” of the universe as a whole, the laws of nature or the numerical constants present in those laws (such as the gravitational force constant), and local features of habitable planets (such as a planet’s distance from its host star).

The basic idea is that these features must fall within a very narrow range of possible values for chemical-based life to be possible.”6

In that article Richards, who prefers to take a conservative approach to fine tuning parameters, lists 21 features of the cosmos that are fine tuned. (As opposed to 200 as the number of parameters that Metaxas cites as finely tuned in his popular article.7)  Richard’s  conclusion: the universe is fine tuned and thus designed.

On the other hand, British cosmologist and astronomer royal Martin Rees examines in depth 6 of those finely tuned parameters in his book “Just Six Numbers.” Though the evidence for fine tuning that results in a world like ours is quite apparent, he refuses to believe that means it points to a designer who fine tuned it. Instead he chooses to believe in an solution as fanciful as fairies, and having the same amount of evidence (none): the multiverse: Continue Reading