Science vs God Episode 1

Posted on

Science of course does not need to compete with God even if God exists. But I’ve decided to begin posting debates between experts on issues of evolution and religion and science in general as it relates to the existence of God. I will try to pick debates that I consider well-argued from both points of view. Keep an open mind.

Also keep in mind, that the person arguing in favor of religion always faces a disadvantage. Afterall, he or she is trying to convince of something unseen. Just as it is easier to convince a man standing in the United States of the US’ existence than it is to prove to him the existence of China while he’s not in that country.

When science makes people stop asking questions

Posted on Updated on

If you haven’t heard, Richard Dawkins has a problem with religion. He says his primary complaint with religion is that it makes people stop asking questions. Dawkins:

Faith is the great cop-out, the great excuse to evade the need to think and evaluate evidence. Faith is belief in spite of, even perhaps because of, the lack of evidence.

My religion never had this effect on me. In fact, every bit of science that i learn about feels like I am learning something about the character of God. That’s important to me.

It may be the case, and this is only a theory, that science in the modern day falls more in line with Dawkins’ assertion, than does religion, at least in Western countries. And by science I do not mean the scientific process, or empirical, direct evidence. I mean the mere label of science and its effect on the laymen. As long as the headline reads, “Study shows” or “scientists say”, there’s not a whole lot of consideration that goes into whether there are holes in the conclusions. Another problem is that much is lost in the translation between scientific journal and popular media headline.  Of course, many times the scientists are correct.

Humans, and thus scientists, are very good at producing tests and using empirical evidence to draw conclusions about specific, short term phenomena. They are not so good at extrapolating these observed phenomena far into the future or the past. Consider a game of chess between world class players. Chess involves no chance, and today’s best players have played so many games and studied chess to such an extent that they know the correct response to all opening moves. But they do not extrapolate dozens of moves into the future as is sometimes believed. They only consider the board as it is in front on them, and perhaps 5 moved ahead. The possibilities become so complicated as a player looks 10-20 moves ahead, that it becomes a waste of precious time, as the clock ticks in professional matches.

And so comes my major problems with the science of global warming and Darwinism: The extrapolations conducted by the most powerful chess minds on the planet are dwarfed by the extrapolations made by evolutionary scientists and global warming theorists. It’s not even close. Besides the obvious problem with looking millions of years into the past through the lens of theory, there are logical problems that are difficult to clear up, in the case of evolution for instance; ie irreducible complexity, the Cambrian Explosion, the problem of speciation etc. Really throwing a wrench into the works are recent studies that show Lamarckian Evolution is real. It seems the sins of the father really are laid upon the children.

MIT Technology Review:


These two new studies are unique in that the environmental change that triggers the effect–enrichment or early abuse–occurs before pregnancy. “Give mothers chemicals, and it can affect offspring and the next generation,” says Larry Feig, a neuroscientist at Tufts University School of Medicine, in Boston, who oversaw part of the research. “In this case, [the environmental change] happened way before the mice were even fertile.”

In Feig’s study, mice genetically engineered to have memory problems were raised in an enriched environment–given toys, exercise, and social interaction–for two weeks during adolescence. The animals’ memory improved–an unsurprising finding, given that enrichment has been previously shown to boost brain function. The mice were then returned to normal conditions, where they grew up and had offspring. This next generation of mice also had better memory, despite having the genetic defect and never having been exposed to the enriched environment.

I’m not proposing we cynically disregard everything coming from the world of science. That would be foolish. I am asking that people use their own brains, and look at studies and articles in popular outlets with a critical eye. Scientists do not always adhere to scientific processes or thought. The classic case is outlined in this WSJ article, talking about the collapse of the fat consumption/disease dogma that was prevalent for 6 decades in America. In fact, it seems scientists may have had it exactly wrong. Animal may be good for us. And institutional and political momentum can play a huge role in science: Once a scientist, politician or pundit makes a claim, it’s difficult to go back on the issue. By the time millions of dollars and political capital are spent spreading “the truth”, the damage is done and no one wants to admit that maybe they contributed to damaging people.

But there was no turning back: Too much institutional energy and research money had already been spent trying to prove Dr. Keys’s hypothesis. A bias in its favor had grown so strong that the idea just started to seem like common sense. As Harvard nutrition professor Mark Hegsted said in 1977, after successfully persuading the U.S. Senate to recommend Dr. Keys’s diet for the entire nation, the question wasn’t whether Americans should change their diets, but why not? Important benefits could be expected, he argued. And the risks? “None can be identified,” he said.

In fact, even back then, other scientists were warning about the diet’s potential unintended consequences. Today, we are dealing with the reality that these have come to pass.

Then there are the problems inherent in positivism. The economist EF Schumacher explained:

The architects of the modern worldview, notably Galileo and Descartes, assumed that those things that could be weighed, measured, and counted were more true than those that could not be quantified. If it couldn’t be counted, in other words, it didn’t count.

Or Werner Heisennberg, the discoverer of quantum mechanics:

The positivists have a simple solution: the world must be divided into that which we can say clearly and the rest, which we had better pass over in silence. But can any one conceive of a more pointless philosophy, seeing that what we can say clearly amounts to next to nothing? If we omitted all that is unclear we would probably be left with completely uninteresting and trivial tautologies.

In other words, science should be as much concerned, maybe more, with what is hidden, as with what is obvious.

In the case of global warming, I perceive a severe lack of consideration by scientists that there’s a lot they can’t know about what determines climate. These climate scientists boldly state their recordings (some of which they made up, as we know), plug their numbers into their computer models, see that the models don’t get the predictions correct, and then lay a guilt trip on us for questioning “science”. They fail to consider what they have not measured.

Darwin was a great scientist, and not only because of his powers of perception, but because he was an immensely honest man who wanted to see the truth. In his book, The Origin of Speiies, Darwin wrote two entire chapters (chapters 6 and 9) that addressed why he may be wrong. He calls the addressed arguments against his theory, “grave”, or in other words, powerful. Imagine that from Richard Dawkins. I’ve read these chapters, and indeed they are so powerful they actually strengthened my belief that Darwin’s theory is wrong. The foolish thing that many scientists like Dawkins do today, is make their opponents out to be unintelligent people, unthinking idiots. When Darwin synthesized his theory, he presented it to the most prominent biologist in the world at the time, Louis Agassiz of Harvard university. Agassiz is considered one of the greatest scientists of the 19th century. The Encyclopedia Britannica describes him as follows:

Louis Agassiz,  (born May 28, 1807, Motier, Switz.—diedDecember 14, 1873Cambridge, Mass., U.S.), Swiss-born U.S. naturalist, geologist, and teacher who made revolutionary contributions to the study of natural science with landmark work on glacier activity and extinct fishes. He achieved lasting fame through his innovative teaching methods, which altered the character of natural science education in the United States.

Darwin had immense respect for Agassiz and hoped he would back Darwin’s belief. To Darwin’s dismay, Agassiz rejected the theory of evolution.

Louis Agassiz


Aggassiz quipped:

Every great scientific truth goes through three stages. First, people say it conflicts with the Bible. Next they say it has been discovered before. Lastly they say they always believed it.

Then there is also the recent evidence, discovered by world-renowned Chinese  JY Chen. Chen found that the fossil beds from the Cambrian era show that Darwin’s tree of life is upside down. That is, the number of species has not increased; the tree narrows at the top. Many Chinese scientists believe that the fossil record shows a sudden apearrence of complex life without an evolutionary lead-up. When Chen lectured in America on his findings, he asked his sponsor why none of the scientists in the audience asked any questions about how all this impacted Darwinism. His sponsor said it was probably because scientists in America are afraid to question Darwin. Chen responded: “In my country we cannot question the government. In America, you cannot question Darwin.”

The scientism of today is leading to the closing of our minds. In the areas of computer science, math, and engineering, we’re doing very well, because testing theorems in those fields yields immediate feedback. But the name-calling coming from some against alternate theories in biology and climate is really just subterfuge. The name-callers don’t want to debate the facts in many cases. They just want opponents to go away. The accusations that dissent stems from a hatred of science is just not true. Dissent stems from the knowledge that scientists and journalists are human, and that they have biases and are prone to misinterpret data just as are the rest of us.


I dare people to watch this

Posted on Updated on

At least watch the first 30 minutes. I’ve seen science corrupted over and over, especially in the diet and health industry. It’s happening with Darwinism, too.

Yet more logical problems with the Darwinian model

Posted on Updated on

I believe I’ve come up with another philosophical weakness within the Darwinian model, this one having to do with adaptive mutation.

Let’s take an imaginary creature, a species of reptile for instance. And let’s imagine that somewhere along the evolutionary pathway a mutation occurs in one of these creatures, a mutation that is a precursor to the reptile’s eventual form of a bird.  The mutation involves small, stump-like growths on its sides that will eventually turn in to wings.

There are several problems here.  For natural selection to take root, the mutation must give this particular reptile an advantage over its brethren.  But this mutation gives no advantage.  Indeed, they seem to be a hindrance.  And not only is the mutation a hindrance, it will be a hindrance for thousands and thousands of years, until finally and eventually enough mutations occur to produce wings.

It seems that many people who believe in Darwin’s theory look at an advantageous aspect of an animal and forget that in order to reach that point, an animal would have had to endure thousands or millions of years of disadvantage.

Now, there are of course certain traits in some animals that we can imagine as being progressively more advantageous.  A giraffe’s long neck for instance.  With each mutation the neck gets longer and longer and each mutational generation has an advantage over the prior.

However, even in the case of the giraffe, there is a problem which heaps yet more mathematical improbability onto the case.  In order for Darwinism to be true, a species that experiences a mutation that gives it a slightly longer neck such as the giraffe, must experience the same exact mutation over and over until its neck reaches the length now seen in giraffes.  If there is an infinitesimally small chance that the first mutation occurs and is beneficial, how much less the chance that the giraffe experiences a series of mutations that extend its neck? The Darwinist may argue that each generation of giraffes with longer necks has an advantage and therefore outlasts other generations.  But why should an advantageous mutation continue to elongate the neck?  There is a seemingly infinite number of imaginable mutations that could give giraffes an advantage.  The longer neck is not a necessary aspect of survival, since there are other herbivores that don’t have such long necks and still survive.  And yet the Darwinist must believe that for some special reason, evolution chooses to give giraffes longer and longer necks,  and yet does not choose to give antelopes necks which are close to the length of the giraffe’s.

Technocrats vs Theocrats

Posted on Updated on

“We just heard of a brand new way..we’ll have to wait and see if it’s half of what they say.” ~Loverboy, The Kid is Hot Tonight

On a friend of mine’s blog, I often present alternate views to the blog’s author and to many of the people who leave comments.  Predictably my opinions tend to be more conservative than others.  One line of comments was about global warming.  Being a global warming skeptic, I felt it necessary to point out some problems with the current model as it now stands.  The author of the blog asked why I would believe the minority of scientists over the majority’s opinion.

It is a legitimate question and I’ll give only a short answer here because this post is not really global warming. My primary arguments against the global warming model is not so much with the individual scientists that conduct the studies, though several of them have been caught fudging data in order to strengthen the perception that more warming is taking place than is actually occurring.  My main argument is against the alarmists such as Al Gore, who claim warming will lead to imminent catastrophe.  But there are also loopholes in the logic employed by the scientists themselves.

I’ve written articles on global warming, diet and evolution. In most cases my arguments are not the mainstream argument.  I also see some major problems with Psychology as a science.  I could be accused of being anti-intellectual or anti-science.  I don’t believe this is the case.

Essentially, my argument is one of Empiricism vs. Rationalism.  Both views hold legitimate value.  The Empirical view essentially says that human beings are limited in their knowledge because the only knowledge they can truly have is gained through limited senses.  Rationalism says that humans have innate knowledge and can extrapolate facts that are beyond human senses.  It is possible that a person take an empirical view of some phenomena and a rationalist view of others.  For instance, in my view of global warming and the current model of evolution, I am an empirical skeptic.  In the case of God and Christianity I am a rationalist.

Let me explain why I am a skeptic in some cases but not others.  I’ll use techniques that intelligence analysts employ to develop what is called the Enemy Course of Action.  As an analyst, I develop the enemy’s Most Likely Course of Action (COA) and his most Most Dangerous Course of Action (MDCOA). The analyst may compose several COAs. Think of these as hypothesis in scientific terms. Using information, gathered intelligence and careful thinking, the analyst draws up the plan that the enemy is most likely to employ against the friendly military.  The analyst also creates a product that shows the most dangerous actions an enemy may employ.  Much of the process is rational.  An analyst cannot know for sure where the enemy will be in the future, but he can extrapolate using analysts tools and logic.  But there are parts of the process that are empirical, too.  The analyst has to provide ways that his hypothesis can move up the scientific slide-scale to theory.  To do this, he creates Known Areas of Interest (NAIs)and Indicators.  NAIs are areas of terrain that would be monitored with intelligence assets in order to cull Indicators.  Indicators are “proofs” that the enemy is committing to a certain predicted course of action.  So, if a MDCOA states that the enemy will use chemical weapons against friendly battalion headquarters, an indicator may read like this:  “In NAI 1, enemy soldiers are wearing or carrying personal protective chemical gear. ” If intelligence collection assets see this, and the information makes it back to the analyst and commander, they can both begin focusing on the MDCOA as the enemy’s plan of action.

So what’s my point?  The point is that analysts can only give the most likely event that will occur as well as their opinion on what is the most dangerous. He has to back up his claims with potential indicators.  And here’s where I see the problems with global warming.  If I were an analyst using the above model to figure out what is going to happen because of global warming, I would say it global warming will have have very little impact on people’s lives.  Scientists can look at the empirical facts, like temperature measurements at various points around the globe.  They can see that CO2 is a greenhouse gas, because they can create closed systems and inject CO2 into that system and observe CO2’s effects on heat conservation. But there are many things that scientists cannot see empirically with global warming.  They cannot see the end result of global warming, they can only rationalize what the end result may be.  And if we use the past as an indicator for what may happen in the future, than we must come to the conclusion that the predicted temperature increases do not present a clear and present danger to mankind, because the Earth has been much warmer and contained much more CO2 in the past than it does now.  And let’s remember that the Earth is not warming as fast as climate models predicted, thus the weakness of rationalism.  Several years ago, Al Gore assured us of catastrophe.  But man-made CO2 is an extremely small percentage of greenhouse gas, and we know that temperature does not increase in a linear fashion with CO2.  The impact of man-made CO2 on temperature is not known.  It may be so low as to be immeasurable.  If someone tells me that human survival is threatened by global warming, they have to give me indicators and they also have to show how much impact human activity has on the warming in the first place, because otherwise we have very little control of what the weather does.  They also have to give explanations for past warming before the industrial age and why no warming has occurred in the last 15 years.  Most importantly, they have to show me why nations should spend trillions of dollars on programs such as the Kyoto Protocol.

Science is not very good at predicting.  The major areas of current scientific practice that most trouble me are the ones that seek to extrapolate over very long periods of time.  I see the problem like this: If a man who is shooting a rifle at a target 50 meters away misses by 4 inches, that same shot would have missed a more distant target by an even wider margin.  And yet in the case of evolution, scientists seek to tell us what happened millions of years ago.  Is it not reasonable to surmise that they may be off the mark just a bit? Global warming too seeks to tell us what will happen in the year 2040.  Both evolution and catastrophic results of global warming are fine hypothesis. But empirical evidence does not yet support those hypothesis as scientific fact.

Ideological thinking can and has damaged the science.  Take diet for instance.  In many cases, the thinking goes like this: “I like animals, therefore I don’t like to kill animals, and therefore eating meat and fat damages my health.” “I like nature, nature is the environment without man in it, therefore any man-made technology is bad for nature.” “I do not believe in God, therefore evolution is true.” The opposite also happens.  “I don’t believe in evolution because I believe in God.”  In other words, people do not believe certain things because of science, they believe the science because of certain other things.  As we know from the Nazis, science can be used to support any ideology. And times and thinking change.  Scientific consensus, like religious consensus, is subject to change.  As Loverboy sings: The kid is hot tonight, but where will he be tomorrow?  The hot new idea may fade, and thus laws should only be made in the case of strong empirical evidence.

The truly damaging aspect of this is the linear thinking that science and religion can never mix.

Do I hold Christianity and the existence of God to the same standard I hold evolution and the global warming catastrophe hypothesis? Yes I do.  The primary difference is that in one case, global warming, some people want to spend trillion of dollars  to change and in most cases slow down modern economies.  As far as my belief in Christianity goes, I do not want laws made that require people to be Christians because 1) That kind of Christianity would be wholly inauthentic 2) I may be wrong.

 I especially may be wrong on the small minute details of the religion, for God had to constantly correct the men in the Old Testament and the New. No man can conceive fully, God.  Moreover, no two men’s concept of God can be exactly the same, mathematically speaking.   Theocrats, such as the Taliban, want to calcify thinking.  So do the Technocrats or those that make laws based on science that extrapolates and does not see first hand.

I have come to the conclusion through rationalization, that there is probably a God, something or someone that created the universe.  And the logical conclusion I draw is the same as Nietzsche’s, that without God, there is no good and evil, that people can only make claims to right or wrong based on how they feel about things.   And the problem with that is that there will always be someone who feels differently.   The Taliban feel it’s ok to shoot disobedient women in the head.  No Atheist could argue with the Taliban on any moral grounds, because life had no meaning without the sacred, it only has fleeting feelings.

In the end, my belief in God does not harm people, at least as far as I can tell.  Indeed, using the classic model or what makes a man right and just, Christianity improved me significantly, so there is a utilitarian argument for Christianity in my case.  Should a law be made that all people had to believe exactly as I do, that law would most likely harm even me, because it’s unlikely my views in 20 years will be exactly as they are now.

And yet the Technocrats want to make laws that tell us exactly how we can think and act, sometimes based on very poorly understood and complicated things, like brain chemistry. I am not saying that we can never reach a level of adequate surety in these various areas, but it doesn’t seem like we’re there yet.   When an engineer builds a plane that cannot fly, the results are immediately evident. When climate scientists or pundits claim Florida will be under water in 50 years so we’d better spend millions, well show me the money.

Schools cannot teach alternative views to evolution, nor do they even talk about the unanswered aspects of the hypothesis.  Some children are forced by state law to take medication for ADD before they can attend school.  And our society accepts this Technocratic rule because it believes people who think otherwise are unscientific and stupid.  In essence, we have accepted science’s version of the Taliban.

Darwinism and the problem of Allopatric Speciation

Posted on Updated on

I’ve been rolling this problem around in my head for a number of years.  It’s a significant problem I think with the current Allopatric Speciation hypothesis of speciation.  That is, how does a species change to another species.  Darwin stated this was a major problem with his theory and was honest enough to admit it.  The most widely accepted hypothesis is that species become segmented by physical barriers, such as islands, and over time the two separate bodies of the species change independent of one another until they can no longer breed with the other.  I offer some problems that I see with this hypothesis in this slide show I created.  You can click on the slides to enlarge them.  This thought needs to be refined, but this is where it’s at right now.

Some Darwinists argue that a segment of a species’ population can become separated from another segment, and that over time, the two segments develop characteristics which correspond with their current environments. This is called Allopatric Speciation.

A problem with this hypothesis is that it assumes the passing on of mutations that prevent breeding with the former species occur en masse.  Even Darwinists admit that such mutations are extremely rare.  So, are we to think that the mutation, which condemns the newly formed species to only breeding with species of the same type, occurred in more than one species representative (creature) at roughly the same time, so as to enable mating?  And even if the mutation did occur in a handful of creatures, what is the chance of them actually finding one of the other extremely rare mates on say, an island?  But Darwinists, again, say these mutations are exceedingly rare.

Suppose a new species spontaneously generates within a proverbial warm pool of water. Of course, the idea of spontaneously generated life is a massive assumption we must make to even begin to argue in favor of the Darwinist view.  Life has never been observed to simply “occur” and if we consider that scientists have been able to manipulate chemicals in a laboratory in a way that makes them take on some attributes of life presents an argument for intelligent design not random biogenesis.  How am I defining a species?  Well, Darwin himself was not quite sure how to define species.  Darwin stated: “I was much struck how entirely vague and arbitrary is the distinction between species and varieties.” [1]  What is the difference between species of lizards and horses?  I’m quite simply defining a species as a set of creatures that are able to successfully mate with one another and produce offspring.  If some want to quibble about this, we’ll have to do it in another venue, but in order to demonstrate the problem of a newly generated creature finding a mate under the Darwinian model, I’m going to define species as thus.

Suppose that, in the earliest times of primitive life,  a specific habitat—the pool of water—is inhabited by a certain species, Species A.  There are several examples of this Species A in the pool, and after a number of mating sequences, another species is produced through mutation.  But wait, the Darwinist will say,  it doesn’t work that way.  The new “species” will merely have changed by something we call mutation.  Well, at some point, original life had to make a jump from one species to another.  There had to be a point where one species produced another species, and if we adhere to the above definition of a species, that new species (B) will not be able to produce offspring if it mates with the old species (A).  We know this had to happen at some point, because there are many, many species that are unable to mate with any other species.  Beneficial mutations may occur (hypothetically) within a species, but those mutations do not constitute a change of species, because the creation of offspring is still possible through mating with the old species.

[1] Charles Darwin, On the Origins of Species, pg 48

Again, we’ll make another huge leap in our assumption that a beneficial mutation can occur, and that a mutation of such a scale as to produce another species can occur at all.  Scientist David Berlinski states that no computer model has thus been created that shows evolution occurs as Darwinists say it does.  Only with severe intelligent tinkering does something even close happen.  And when we consider Borel’s Law—that any event with a probability of occurring of less than 1 to〖 10〗^50 (1 to 10 to the 50th power) will never occur.  That number looks like this: 100,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000 .  The probability, according to Carl Sagan, that a single protein found in the human body could spontaneously generate from the 20 amino acids found in the human body (and over 2 million different protein, comprised of those amino acids), is approximately 1 to 〖10〗^130.  (1 to 10 to the 130th power) [2] But Darwinists want us to believe that this occurs over and over for millions of years—yet we never observe it.

This is important because when a new species is generated, the chances of it finding a mate that has also crossed the reproductive barrier at the exact same genetic “gate” would seem to be even smaller than the mutation occurring in the first place.

[2] Carl Sagan, Encyclopedia Britannica


The Hypothesis of Allopatric Speciation is not sufficient to explain speciation.  Even when physical barriers are introduced, the separated portion of the species must still, at some point, fall over the cliff which prevents it from breeding with its old species.  It must occur, mathematically speaking, on an individual level, and cannot occur spontaneously among several creatures.Darwinists want to explain this through Genetic Drift.  They say that a species genetic makeup changes over time.  And this may be true, however, at some point it is no longer capable of mating with the old breed.  At least according to Darwinism. Remember–and this is a very important point–mutations happen to individual plants or animals, not large portions of a population.

Summary:  Darwinists need to show the mechanism by which a newly generated species which has taken on new traits and crossed over the reproductive barrier find a mate that has crossed over the barrier at the exact same “genetic gate.”  The infinitesimally small chances of positive mutations occurring are enormous compared to probability of  a mutation, speciation, and the finding of a mate of the exact same (and new) genetic makeup.

Evolving out of adaptive mutation

Posted on

Thinking again…

Since 99.9% of mutations are harmful to organisms, it would seem that if Darwinism is true, evolution would point species away from the adaptive mutation process, the very mechanism that Darwin claimed made evolution possible.

First, genuine mutations are very rare in nature. Secondly, most mutations are harmful since they are random, rather than orderly changes in the structure of genes; any random change in a highly ordered system will be for the worse, not for the better. For example, if an earthquake were to shake a highly ordered structure such as a building, there would not be a random change in the framework of the building which, in all probability, would not be an improvement~B. G. Ranganathan, Origins?, Pennsylvania: The Banner Of Truth Trust, 1988

Or perhaps if Darwinism is true, than evolution should decrease the possibility that a mutation is crippling or fatal.  Perhaps organisms should constantly be mutating for the better, so fast that we can see it happening. Since Darwinism’s supposedly had millions of years to adapt itself, why not?

Maybe it’s just not true.