Tag Archive for: scientists

By Julie Hannah

In Article 1, “The arising of our universe: design or chance?” I discussed evidence for the design behind our finely-tuned universe, which has convinced some mainstream scientists of the existence of a transcendent Creator. Article 2, “Can living cells arise randomly from non-living chemicals?” presented recent research findings that call into question the theory that living cells could have arisen from random operations on non-living chemicals. This article considers challenges to reductionist aspects of neo-Darwinian theories of evolution.

How does science account for the range of complex life forms? According to the deterministic neo-Darwinian Modern Synthesis model, random errors in DNA-copying cause mutations, and only some of the resulting forms survive the environmental process of natural selection. It is generally agreed that these gene-driven processes can account for some aspects of development, but many scientists are questioning whether they can fully explain the complexity of all life forms. Eugene Koonin, an evolutionary biologist at the National Center for Biotechnology Information makes this blunt observation: “The summary of the state of affairs on the 150th anniversary of the Origin is somewhat shocking: in the post-genomic era, all major tenets of the Modern Synthesis are, if not outright overturned, replaced by a new and incomparably more complex vision of the key aspects of evolution. So, not to mince words, the Modern Synthesis is gone” (“Origin at 150,” 474–75).

Standard evolutionary theory is being challenged in the following three major areas.

Challenge 1: Only small, continuous changes?

Microevolution involves minor genetic mutations and natural selection. But according to geneticists Baguñà and Garcia-Fernàndez, repeated microevolution does not explain major evolutionary transitions, and as a result, “even to the most unbounded optimist, we are still far from understanding morphological diversity and evolution” (“Evo-Devo,” 706). Evolutionary biologist Stephen Jay Gould argued that there was a fundamental difference between minor adaptations and the formation of new species, an opinion that is also expressed by paleobiologist Douglas Erwin of the Smithsonian Institute in his article, “Macroevolution is More Than Repeated Rounds of Microevolution.” Anthropologist Jeffrey Schwartz points out that some major groups “appear in the fossil record as Athena did from the head of Zeus—full-blown and raring to go, in contradiction to Darwin’s depiction of evolution as resulting from the gradual accumulation of countless infinitesimally minute variations” (Sudden Origins, 3). And Eugene Koonin concludes that “the idea of evolution being driven primarily by infinitesimal heritable changes in the Darwinian tradition has become untenable” (“Origin at 150,” 474).

Challenge 2: Only random variations and natural selection?

Some scientists are questioning the purely random nature of evolutionary change. For example, molecular geneticist James Shapiro makes this observation: “It is difficult (if not impossible) to find a genome change operator that is truly random in its action within the DNA of the cell where it works. All careful studies of mutagenesis find statistically significant non-random patterns of change” (Evolution, 82). Gerd Müller, Head of the Department of Theoretical Biology at the University of Vienna, argues that developmental systems seem to have innate tendencies towards certain solutions, and these tendencies have as strong an influence on development as random DNA variations (“Extended Evolutionary Synthesis,” 4, 7). Professor of evolutionary biology Kevin Laland agrees that “much variation is not random because developmental processes generate certain forms more readily than others” (“Does evolutionary theory need a rethink?” 162).

The theory of random variations also presents unresolved problems. According to genetic biologists Thornton and DeSalle, “It remains a mystery how the undirected process of mutation, combined with natural selection, has resulted in the creation of thousands of new proteins with extraordinarily diverse and well optimized functions. This problem is particularly acute for tightly integrated molecular systems that consist of many interacting parts . . . It is not clear how a new function for any protein might be selected for unless the other members of the complex are already present, creating a molecular version of the ancient evolutionary riddle of the chicken and the egg” (“Gene Family Evolution,” 64).

Simon Conway Morris, who holds the Chair in Evolutionary Paleobiology at Cambridge, also argues that adaptation is not an undirected, random walk through all possibilities. For example, when muscle tissue develops into organs that produce electricity, the process requires very precise amino acid replacements at specific sites, together with accelerated evolution of the new function, and Conway Morris concludes that “there is little doubt that these changes are very far from random” (Runes of Evolution, 38). He therefore argues that while the underlying principles of Darwinian evolution are correct, they do not provide a complete explanation of development, and a more comprehensive theory of evolution is required.

Gould also pointed out that many evolutionists now doubt the exclusive role of natural selection in genetic change (“New and General Theory of Evolution,” 12). And Andras Pellionisz, an expert in genome informatics, suggests that the theory of natural selection should be extended to include goal-directed aspects (“Principle of Recursive Genome Function,” 349).

Challenge 3: What about the complex genetic code?

It is generally accepted that the modern genetic code evolved from a simpler form, but there is no agreement about when or how this initial code evolved. In their article, “Chance and Necessity Do Not Explain the Origin of Life,” microbiologist Jack Trevors and cyberneticist David Abel explain why they believe natural selection could not be the primary mechanism for developing DNA coding (“Chance and Necessity,” 734 – 35):

  • “Without the machinery and protein workers, the [DNA] message cannot be received and understood. And without genetic instruction, the machinery cannot be assembled . . . It is not reasonable to expect hundreds to thousands of random sequence polymers to all cooperatively selforganize into an amazingly efficient holistic metabolic network.”
  • “Natural processes, mechanisms, and chemical catalyses do not explain any of these emergent conceptual phenomena. . . . Even ‘meaningful’ RNA or DNA inserted into a lifeless physical world such as the ancient Earth, would not be ‘readable.’ It could not communicate its coded message for protein synthesis unless a language (operating system) context already existed.”
  • “Contentions that offer nothing more than long periods of time offer no mechanism of explanation for the derivation of genetic programming. No new information is provided by such tautologies. The argument simply says it happened. As such, it is nothing more than blind belief.” In other words, “time made it happen” might be science’s version of “God made it happen.”

Atheist biologist Richard Dawkins insists there is only an “illusion of design in the living world” (God Delusion, 25), and he claims that “cumulative selection, by slow and gradual degrees, is the explanation, the only workable explanation that has ever been proposed, for the existence of life’s complex design” (Blind Watchmaker, 317, original emphasis). However, atheist geneticist and evolutionist Richard Lewontin disagrees, pointing out that Dawkins’s adamant assertion ignores an enormous amount of recent research. He writes: “Dawkins’s vulgarizations of Darwinism speak of nothing in evolution but an inexorable ascendancy of genes that are selectively superior, while the entire body of technical advance in experimental and theoretical evolutionary genetics of the last fifty years has moved in the direction of emphasizing non-selective forces in evolution” (“Billions of Demons,” 29).

Computational physiologist Denis Noble argues that the highly reductionist and deterministic worldview of neo-Darwinism is not a necessary conclusion from the scientific evidence. He expresses the desire of many biologists to “distance [themselves] from the biased conceptual scheme that neo-Darwinism has brought to biology, made more problematic by the fact that it has been presented as literal truth” (“Evolution Beyond neo-Darwinism,” 12). And as Gerd Müller points out, this is not the view of only a handful of fringe scientists because an increasing number of publications call for a major revision of standard evolutionary theory (“Extended Evolutionary Synthesis,” 2).

The more recent approach to evolutionary development is not deterministic or gene-driven. Instead, it argues that there are complex non-random processes at work. However, Laland et al. point out that there is passionate resistance to the newer Extended Evolutionary Synthesis (EES): “The number of biologists calling for change in how evolution is conceptualized is growing rapidly . . .  Yet the mere mention of the EES often evokes an emotional, even hos­tile, reaction among evolutionary biologists . . . This is no storm in an academic tearoom, it is a struggle for the very soul of the discipline” (“Evolutionary Theory,” 162).

Marcos Eberlin, a winner of the Thomson Medal in Chemistry, summarized a wide range of recent scientific findings in his 2019 book Foresight: How the Chemistry of Life Reveals Planning and Purpose, which is endorsed by three winners of Nobel Prizes in science. Eberlin reaches this conclusion about the evidence regarding the development of life on Earth: it “seems to point beyond any blind evolutionary process to the workings of an attribute unique to minds—foresight. And yes, I know: We’re told that it’s out of bounds for science to go there… [but] I urge you to inspect the evidence” (Foresight, 13–14). 

Note

Adapted from A Skeptic’s Investigation into Jesus, J P Hannah.

https://www.amazon.com/Skeptics-Investigation-into-Jesus/dp/1532674619

Used with kind permission from Wipf and Stock Publishers: www.wipfandstock.com.

References

Baguñà, Jaume, and Jordi García -Fernàndez. “Evo-Devo: the Long and Winding Road.” The International Journal of Developmental Biology 47 (2003) 705–13.

https://www.researchgate.net/publication/8892395_Evo-Devo_The_Long_and_Winding_Road

Conway Morris, Simon. The Runes of Evolution: How the Universe Became Self-Aware. West Conshohocken, PA: Templeton, 2005.

Eberlin, Marcos. Foresight: How the Chemistry of Life Reveals Planning and Purpose. Seattle: Discovery Institute, 2019.

Erwin, Douglas H. “Macroevolution is more than repeated rounds of microevolution.” Evolution and Development 2 (2000) 78–84.

https://onlinelibrary.wiley.com/doi/full/10.1046/j.1525-142x.2000.00045.x

Gould, Stephen Jay. “Is a new and general theory of evolution emerging?” Paleobiology 6 (1980) 119–30.

http://www.somosbacteriasyvirus.com/gould.pdf

Koonin Eugene V. “The Origin at 150: Is a New Evolutionary Synthesis in Sight?” Trends in Genetics 25  (2009) 473–75. doi:10.1016/j.tig.2009.09.007.

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2784144/

Laland Kevin N., et al. “Does evolutionary theory need a rethink?” Nature 514 (2014) 161–64.

https://www.researchgate.net/profile/Gerd_Mueller/publication/278258986_Does_evolutionary_theory_need_a_rethink_-_POINT_Yes_urgently/links/55cd2f8708aebd6b88e05e5f/Does-evolutionary-theory-need-a-rethink-POINT-Yes-urgently.pdf?origin=publication_detail

Lewontin, Richard. “Billions and Billions of Demons: A Review of The Demon-Haunted World, by Carl Sagan.” New York Review of Books 44 (1997) 28–30.

http://www.drjbloom.com/Public%20files/Lewontin_Review.htm

Müller, Gerd B. “Why an extended evolutionary synthesis is necessary.” Interface Focus 7: 20170015.

https://royalsocietypublishing.org/doi/pdf/10.1098/rsfs.2017.0015

Noble, Denis. “Evolution beyond neo-darwinism: a new conceptual framework.” The Journal of Experimental Biology 218 (2015) 7–13. 

http://jeb.biologists.org/content/jexbio/218/1/7.full.pdf

Pellionisz, Andras J. “The Principle of Recursive Genome Function.” Cerebellum 7 (2008) 348–59. http://ww.junkdna.com/pellionisz_principle_of_recursive_genome_function.pdf

Schwartz, Jeffrey H. Sudden Origins: Fossils, Genes, and the Emergence of Species. New York: Wiley, 1999.

Shapiro, James, A. Evolution: A View from the 21st Century. Upper Saddle River, NJ: Pearson, 2011.

Thornton, Joseph W., and Rob DeSalle. “Gene Family Evolution and Homology: Genomics Meets Phylogenetics.” Annual Review of Genomics and Human Genetics 1 (2000) 41–73.

https://www.math.auckland.ac.nz/~nicholls/BIOSCI743/thorntonanddesalle.pdf

Trevors, Jack T., and David L. Abel. “Chance and necessity do not explain the origin of life.” Cell Biology International 28 (2004) 729–39.

https://www.webpages.uidaho.edu/~stevel/565/literature/Chance%20and%20necessity%20do%20not%20explain%20the%20origin%20of%20life.pdf

Recommended resources related to the topic:

Why Science Needs God by Dr. Frank Turek (DVD and Mp4)

Science Doesn’t Say Anything, Scientists Do by Dr. Frank Turek (DVD, Mp3, and Mp4)

Oh, Why Didn’t I Say That? Does Science Disprove God? by Dr. Frank Turek (DVD and Mp4)

Stealing From God by Dr. Frank Turek (Book)

Macro Evolution? I Don’t Have Enough Faith to be a Darwinist (DVD Set), (MP3 Set) and (mp4 Download Set) by Dr. Frank Turek

Answering Stephen Hawking & Other Atheists MP3 and DVD by Dr. Frank Turek 


Julie Hannah is a Mathematics lecturer (recently retired) with a passionate interest in the human condition. As an agnostic, she spent over a decade researching science and the scriptures of various faiths, and the cumulative evidence finally brought her to Christ. She has published her findings in “A Skeptic’s Investigation into Jesus” (Wipf and Stock).

By Bob Perry

The way large church authorities deal with heretics hasn’t changed much over the centuries. They demand adherence to dogma. They threaten or silence those who defy the hierarchy. Finally, they excommunicate those who refuse to submit to their demands. The religion of scientism is no different. Denying its dogma will have consequences. Heresy will be punished. No matter which denomination they represent, scientism’s priests are ruthless enforcers of the church’s rules.

We’re All “Religious”

The “skeptical” materialist, Michael Shermer has offered the following as a description of his atheism:

“There’s no, like, central set of tenets that we adhere to or believe in, or anything like … a Christian or a Jew or whatever. We don’t have anything like that, because there is nothing. It’s just simply we just don’t believe.”

Shermer’s denial of any adherence to religious belief is instructive. It pays to remember what a “religion” is. This is especially true because Dr. Shermer regularly rejects the legitimacy of any religious point of view in the scientific marketplace of ideas.

A religion is a template we use to understand and respond to the world. Everybody has one. Shermer’s religion is simply informed by a belief that God does not exist. But that assertion does not allow him to escape the fact that he holds to a systematic view of the world. He has just tried to construct his ideas about ethics, truth, and ultimate reality without God. The question is not about who holds religious views. The question is which of those views correspond best with the way the world actually is.

The Atheist Religion

Pointing out the religious nature of scientific materialism is not just a clever way to make a trivial point. Not when we have been trained to believe that any discussion about things that really matter must begin by accepting something like Shermer’s naturalism. Any view that questions that mindset is categorically dismissed as a matter of personal opinion that no one needs to take seriously. Only scientists may offer us “proof.” Our scientific culture ordains scientists as the source of all wisdom and authority.

They are scientism’s priests.

The Religion Of Scientism

If Materialism (the idea that everything is physical) is true, this all makes sense. If the physical world is all that is real, every phenomenon must be understood as a consequence of molecules in motion. And if material causes are the only kind we are allowed to invoke, it stands to reason that science – the study of the material world – is the only explanatory game in town. If science holds all truth, our belief in science – scientism – is our greatest hope.

But if Scientific Materialism is the only tool we’re allowed to use to analyze things, what do we do with things that it cannot explain even in principle? In other words, how do the priests of scientism propose to explain real things that are not physical?

Can Science Disprove God?

Surely you’ve heard this one: “Science has disproved God!” This is an odd claim. It has to take into account two mutually exclusive truths. First, that science is the study of the physical universe. Second, that no credible theist has ever claimed that God is part of the physical universe.

These details seem to be lost on the priests of scientism who proclaim their disbelief in the deity with a smug wave of the hand and a demand for “evidence.” They insist on having physical evidence for a non-physical entity. But the scientific clergy has already dismissed such a thing by mere assumption.

Do they not see the circularity in their reasoning? Without it, the entire scaffolding of scientism collapses under the weight of its own criteria for identifying truth.

The Language Of Science

Take mathematics. It is wildly ironic that the priests of scientism seem to be ignorant of the language of their faith. Science depends on mathematics to make its case. But Materialist scientists have described mathematics as “an abstract, immutable entity existing outside space and time.” Math describes the structure, orderliness, and invariant properties we observe in nature. Cosmologist Max Tegmark calls it “something bordering on the mysterious” that has “an eerily real feel” to it and satisfies “a central criterion of objective existence.” Stephen Hawking wondered where things like mathematics and the laws of physics and chemistry could have originated.* Even atheist Bertrand Russell once remarked that mathematics holds both “truth and supreme beauty.”

Mathematics is the language of science – the vocabulary of those who deny non-physical reality. Yet mathematics is a combination of numbers and concepts. Neither of these is physical. But both of them are undeniably real.

Faith In The Unseen And Unseeable

Scientists use mathematics to present the quantum metaphysics they use to evade the clear inference that a Big Bang requires a Big Banger. The design of the universe, they say, really requires no explanation at all. Their math tells them that the inexplicable degree of fine-tuning in this universe implies that our universe is just one among an infinite number of alternate universes. We just happen to live in the one that got things just right.

As Max Tegmark has put it, this “idea … seems strange and implausible, but it looks as if we will just have to live with it because it is supported by astronomical observations.”

Of course, the priests never address the fact that these alternate universes are, by definition, unobservable. In other words, the priests who demand “evidence” from theists actually hold “blind faith” in something for which they can never gather physical evidence.

They just want us to “live with it.”

Blind Answers To Life’s Big Questions

Agent causation. Life from non-life. Mind from matter. Each of these are things we see and experience every day. And each is completely inconsistent with a materialistic view of the world.

This is not to say that the scientific enterprise is misguided. Far from it. The point is that Christian theism understands science in its proper context. Theists see science as the rational method we use to discover and understand the order and majesty of God’s creative work. When you look at it that way, you see that theism makes each of these conundrums vanish. They each make sense inside a more comprehensive view of nature. It turns out that the explanatory power of Christian theism far exceeds the materialistic alternative.

Priests And Prophets

Scientism actually diminishes science. It idolizes a view of the world that cannot account for all of reality. It tells us, “Be patient. Science may not have explained these things yet, but it will. Just give it time.”

The priests of scientism think this is persuasive. But their pious exhortation serves only to confirm their religious zeal.

The priests, it seems, also fancy themselves as prophets.

 * Quoted by Dean Overman, A Case Against Accident and Self-Organization (New York, New York: Rowman and Littlefield Publishers, Inc. 1997), 159.

Recommended resources related to the topic:

Why Science Needs God by Dr. Frank Turek (DVD and Mp4)

Science Doesn’t Say Anything, Scientists Do by Dr. Frank Turek (DVD, Mp3, and Mp4)

Oh, Why Didn’t I Say That? Does Science Disprove God? by Dr. Frank Turek (DVD and Mp4)

Stealing From God by Dr. Frank Turek (Book)

 


Bob Perry is a Christian apologetics writer, teacher, and speaker who blogs about Christianity and the culture at truehorizon.org. He is a Contributing Writer for the Christian Research Journal and has also been published in Touchstone, and Salvo. Bob is a professional aviator with 37 years of military and commercial flying experience. He has a B.S., Aerospace Engineering from the U. S. Naval Academy, and an M.A., Christian Apologetics from Biola University. He has been married to his high school sweetheart since 1985. They have five grown sons.

Original Blog Source: https://bit.ly/2QIyh7H

I have made the case before that scientism is a dangerous belief system. And the COVID-19 Pandemic has done nothing but prove the point. In their response to the virus, many in power exhort us to “trust the science.” Listen to the doctors. Their wisdom should guide the trajectory of our collective futures. But accepting that view greatly depends on your understanding of what science is … and whose science you’re trusting. The truth is that science never provides answers to anything. Scientists do. And that means we not only have to know what branch of science they’re representing, we also have to trust the scientists’ judgment. Our leaders can make decisions using science as a tool. But we accept those decisions on other grounds. That’s because science is not the arbiter of anything. People are. We can’t just “trust the science.” We have to know how our leaders are using evidence, logic, and moral reasoning to reach their science-based conclusions.

Science -vs- Scientists

My point is that there is a vast difference between what science is … and what scientists say. The scientific data about this disease can tell us how to identify its DNA makeup, how it attacks our bodies, how transmissible it is, how long it lasts, how deadly it is, and how to create a vaccine to combat it. We can use that data to evaluate the threat the virus poses and generate statistical analyses from it. The science describes the physical and biological facts about COVID-19.

But scientists interpret that data. They analyze the statistics and suggesting measures to combat it. And those scientists have biases and opinions they bring to the table. Let me offer an example of what I mean.

The Scientists We Trust

Doctor Anthony FauciDuring this pandemic, there is perhaps no one who we are being asked to trust more than Doctor Anthony Fauci. And let me be clear. I don’t envy his position or question his credentials. Fauci is a highly educated immunologist. He’s a brilliant man, probably the most qualified person in America to be in the position he holds. But he has also made some public policy statements about the pandemic.

When asked about restarting sporting events, for instance:

“The best way to perhaps begin baseball on TV — say, around July 4 — would be to get players tested and put them in hotels. Keep them very well surveilled … have them tested, like every week. Buy a gazillion tests. And make sure they don’t wind up infecting each other or their family.’”

So, Doctor Fauci endorses the continuous surveillance and monitoring of U.S. citizens. But there’s more.

As it pertains to social interaction during the crisis, Fauci was asked:

Interviewer: “If you’re swiping on a dating [hook-up] app like Tinder … or Grindr [its LGBTQ alternative], and you match with someone that you think is hot, and you’re just kind of like, ‘Maybe it’s fine if this one stranger comes over.’ What do you say to that person?”

Fauci: “You know, that’s tough … Because that’s what’s called relative risk … If you’re willing to take a risk — and you know, everybody has their own tolerance for risks — you could figure out if you want to meet somebody …”

Complicated Answers

Whatever you think of Doctor Fauci’s positions on the Bill of Rights or “relative risk,” one thing is clear. Neither of his answers has anything to do with a need to “trust the science.”

Fauci’s answers are a perfect example of the intersection of ideas that are in play. He is willing to accept the medical and moral risk of a hook-up, but not the risk of human suffering due to an economic collapse. The point is that these things are complicated, and not just because the science is complicated. The reality is that we are not only living with the opinions and biases of different scientists. We are also dealing with the intersection of different kinds of science.

Economics is a Science

Much has been written and said about the economic impact of shutting the world down for this virus. One Yale study shows that rising unemployment causes higher death rates. Another study reveals a link between unemployment and suicide. These are not hypothetical outcomes. The human suffering that will result from this shutdown may be more threatening than the virus itself.

If you’re a Christian, don’t be lured into denying this. And don’t accept the notion that to do so is to value your retirement account more than you value human life. As my friend, Scott Klusendorf argues persuasively, that is a false choice:

“Absent important qualifiers, ‘life over profits’ is moralistic reductionism masquerading as biblical ethics. Seen holistically, ‘profits’ are not just about money. Rather, wrapped up in our economic considerations are clusters of intrinsic goods, such as educating our children, providing for our families, giving to charity, building up our marriages, and pursuing Christian fellowship — all of which contribute to the common good.”

Political Science

On April 15, 2020, New Jersey Governor Phil Murphy banned religious services in his state. Fifteen people were arrested as a result. It doesn’t take much thought to understand that this directly impacts both the right to assemble and the religious liberty that are guaranteed by the U. S. Constitution. When he was pressed on this issue, Murphy responded:

“I wasn’t thinking of the Bill of Rights when we did this … The science says people have to stay away from each other.” New Jersey Governor Phil Murphy

For those of us who value the Bill of Rights and the Constitution that enumerates them, this is not just an academic triviality. The whole point of those rights is that the government does not create them. God does. Our government exists primarily to protect them. And when it fails to do so, tyranny is the result.

If you have any doubts about the importance of that dichotomy, look at history. Tyranny crushes the human spirit. Liberty allows it to flourish. History is littered with the wreckage to human life that occurs when the powerful engage in the former.

Sociology is Science

Free market economics works because it is grounded in human nature. We are social beings. And we are meant to interact. Shutting off that aspect of what it means to be human also has devastating effects. When we are prohibited from interacting with other humans, it damages our souls. Anger and irritability run rampant. People are frustrated and short-tempered. Suicides increase.

There is a reason solitary confinement is considered such an awful punishment, even for the worst of criminals. And there are reasons infants deprived of human contact suffer long-term mental health effects or even death.

Defining Science

The dictionary defines science as, “a branch study … that gives systematic knowledge of the physical or material world gained through observation and experimentation.” It comes from the Latin word scientia, which means “knowledge.” And that may be where the corruption of our thought about it began. Before the scientific revolution that supposedly led to our “Enlightenment,” there was another branch of science that no one talks about these days. It’s a branch of knowledge that is the key to understanding every other branch.

Theology.

The Queen of the Sciences

They used to call Theology the “Queen of the Sciences” for a reason. Theology identifies the Creator and sustainer of all things. But it does more than that. It makes the case that the mind of God is the basis for truth and reason. And that means His character undergirds every other scientific discipline.

How so?

All matter, mind, power, and morality have their foundation in the nature of God. And we are made in His image. So, it follows that our ability to reason and create are reflections of God’s character. Knowing that changes the way we understand everything else. In the doctrine of the Trinity and the eternal relationship between the Persons of the Godhead, we have the basis for love itself. It’s the model for all human relationships. And that means it is foundational to how we understand community, sacrifice, and cooperation.

If you want to have a robust view of chemistry, biology, anatomy, anthropology, psychology, sociology — you name the discipline — you must understand that theology ties them all together.

Today it sounds absurd to call theology a “science.” But that’s not because we’ve found something wrong with theology. It’s because we have accepted a corrupted and truncated view of science itself. We’ve limited it to matter, energy, space, and time. But we’ve lost our souls and spirits in the process.

Holistic Science

Today, we’ve bought the lie that our study of the physical world is the only way to know things. But there are other ways to acquire knowledge. And each of them includes reason and rationality. It is human beings who practice science every day, whether they think of themselves as scientists or not.

Yes, we need to respect the scientific data. But data doesn’t make decisions. People do. Those people must analyze the data within a holistic view of the world — a view that incorporates all of what it means to be human into the solutions to our problems. Medicine and immunology are not the only important disciplines in play. We need discernment. And that means including everything from our basic human nature to our interpersonal relationships to the makeup of our social fabric in the decision-making process.

“Trust the science” is an empty slogan. When you hear it you should ask, “Which one?” And realize you are listening to someone who holds to a sterilized view of the world.

Recommended resources related to the topic:

Science Doesn’t Say Anything, Scientists Do by Dr. Frank Turek (DVD, Mp3 and Mp4)

Oh, Why Didn’t I Say That? Does Science Disprove God? by Dr. Frank Turek (DVD and Mp4)

Stealing From God by Dr. Frank Turek (Book)

Defending Creation vs. Evolution (mp3) by  Richard Howe

Exposing Naturalistic Presuppositions of Evolution (mp3) by Phillip Johnson

Macro Evolution? I Don’t Have Enough Faith to be a Darwinist (DVD Set), (MP3 Set) and (mp4 Download Set) by Dr. Frank Turek

Darwin’s Dilemma (DVD) by Stephen Meyer and others

Inroad into the Scientific Academic Community (mp3) by Phillip Johnson

Public Schools / Intelligent Design (mp3) by Francis Beckwith

Answering Stephen Hawking & Other Atheists MP3 and DVD by Dr. Frank Turek 

 


Bob Perry is a Christian apologetics writer, teacher, and speaker who blogs about Christianity and the culture at truehorizon.org. He is a Contributing Writer for the Christian Research Journal and has also been published in Touchstone, and Salvo. Bob is a professional aviator with 37 years of military and commercial flying experience. He has a B.S., Aerospace Engineering from the U. S. Naval Academy, and an M.A., Christian Apologetics from Biola University. He has been married to his high school sweetheart since 1985. They have five grown sons.

Original Blog Source: https://bit.ly/2WKJFCW

By Terrell Clemmons

Douglas Ell became an atheist as a youth because of misinformation handed down to him in the name of science. It took him thirty years “to climb out of the atheist hole.” Sadly, Cosmos: A Spacetime Odyssey, the 2014 series brought to you by Neil deGrasse Tyson, Family Guy’s Seth MacFarlane, and a host of like-minded celebrity atheists, served up thirteen dazzling episodes containing similar misinformation. The series mixed, quoting Jay W. Richards, “one-part illuminating discussion of scientific discoveries, one part fanciful, highly speculative narrative, and one-part rigid ideology disguised as the assured results of scientific research.”

If you like science—science done well, that is—you’ll find invaluable help making sense out of Cosmos with The Unofficial Guide to Cosmos: Fact and Fiction in Neil deGrasse Tyson’s Landmark Science Series, an easily readable volume co-authored by Ell, Richards, David Klinghoffer, and Casey Luskin. The Unofficial Guide to Cosmos sorts out, episode by episode, the legitimate science from the liberal doses of materialist philosophy, revised history, and brazen ideology the makers of the series have carelessly (or intentionally?) stirred into the mix. Here’s a sampling:

Materialist Philosophy. Without acknowledging it, Cosmos presupposes a priori the materialist worldview. This should come no surprise. But the makers deceive themselves if they think they’ve dispensed with the religious. Scientific thought, according to Tyson, is the “light” that has “set us free.” And discovering our “long lost cousins” (organisms with similar DNA sequences) can be a “spiritual experience.”

Science History. With respect to history, there are errors of commission, a deceptive retelling of the Giordano Bruno affair, for example, clearly designed to paint Christianity as a mortal enemy of science. And there are errors of omission, such as the utter desacralization of many revered fathers of science (Newton, Faraday, Maxwell, and more), who were men of open Christian piety.

Ideology. In later episodes, Tyson lectures viewers about a dire need to save the planet, and he casts climate dissenters, who are “in the grip of denial,” as either ignorant or evil—this against a backdrop of cheering Nazis, to round out the propaganda package.

An especially insidious error of omission involves the makers’ failure to even hint that a vigorous debate rages today among scientists. “Cosmos has done a wonderful job of recalling how old mistaken ideas were overturned—ideas about geocentrism, stellar composition, continental drift…and more,” writes Luskin. “However, these are all tales from the annals of scientific history. Cosmos presents current scientific thinking as if it were all correct, with everything figured out…Tyson never discusses evidence that challenges the prevailing evolutionary view.” This is inexcusable.

Even scientists sympathetic to the makers’ agenda have pointed out serious flaws. “Cosmos is a fantastic artifact of scientific myth making,” wrote science historian Joseph Martin of Michigan State University. Yet, he defends the series, including the myth making. Why? Luskin parses Martin’s defense: because Martin thinks it’s permissible to lie if the lie helps “promote greater public trust in science.” Martin calls this kind of useful lie a “taradiddle.”

Luskin furthermore puts his finger on the million-dollar question the thinking public should be asking: If the science academy is condoning telling us ‘taradiddles’ to curry our trust in science, why should we blindly trust them when they claim that only their “science” can explain the origin of life and the cosmos?

Recommended resources related to the topic:

Why Science Needs God by Dr. Frank Turek (DVD and Mp4)

Science Doesn’t Say Anything, Scientists Do by Dr. Frank Turek (DVD, Mp3 and Mp4)

Oh, Why Didn’t I Say That? Does Science Disprove God? by Dr. Frank Turek (DVD and Mp4)

Stealing From God by Dr. Frank Turek (Book)

 


Terrell Clemmons is a freelance writer and blogger on apologetics and matters of faith.

This article was originally published at salvomag.com: http://bit.ly/2ISmala

By Wintery Knight

How did life begin?

I had to learn about David Gelernter when I was doing my Masters in computer science. We studied his book “Mirror Worlds”. A few weeks ago, I blogged about his impressions of the difficulty in forming a simple protein by chance – something that naturalistic mechanisms would have to do in order to avoid intelligent agency as a cause in nature. He found it very unlikely. But there’s more!

Recently, my friend Terrell sent me a video featuring Peter Robinson (who hosts the splendid Uncommon Knowledge show out of Stanford University), and three interesting people. First, there was Dr. Stephen C. Meyer, who is one of my two favorite thinkers. I’ve blogged on his work about the origin of life and the Cambrian explosion here many times. Then, there was Dr. David Berlinski, a secular Jewish professor of mathematics, who has studied origins issues. And then Dr. David Gelernter, who teaches computer science at Yale University, and is a legend in computer science research.

Here’s the video: (H/T Terrell)

Here is an article by Jennifer Kabbany in The College Fix about the video.

She writes about his recent Claremont Review of Books article, as well as the interview above:

In May, the Claremont Review of Books published a column by Gelernter headlined “Giving Up Darwin.” In it, he explained how his readings and discussions of Darwinian evolution and its competing theories, namely intelligent design, have convinced him Darwin had it wrong.

In particular, he cited Stephen Meyer’s 2013 book Darwin’s Doubt as well as The Deniable Darwin by David Berlinski. The professor expanded on his views in an interview with Stanford University’s Hoover Institution that was published last week.

Gelernter stops short of fully embracing intelligent design, both in his essay and during his interview. He said in his interview he sees intelligence in Earth’s design, and has no quarrel with ID proponents, but notes the world a mess, its suffering far outweighs its goodness.

“My argument is with people who dismiss intelligent design without considering, it seems to me — it’s widely dismissed in my world of academia as some sort of theological put up job — it’s an absolutely serious scientific argument,” Gelernter said during his interview. “In fact it’s the first and most obvious and intuitive one that comes to mind. It’s got to be dealt with intellectually.”

I found this part the most interesting, since we are seeing so much intolerance from the secular left, whenever anyone disagrees with their dogma:

Gelernter said he likes many of his colleagues at Yale, that they are his friends, but when he looks at “their intellectual behavior, what they have published — and much more importantly what they tell their students — Darwinism has indeed passed beyond a scientific argument as far as they are concerned. You take your life in your hands to challenge it intellectually. They will destroy you if you challenge it.”

“Now, I haven’t been destroyed, I am not a biologist, and I don’t claim to be an authority on this topic,” Gelernter added, “but what I have seen in their behavior intellectually and at colleges across the West is nothing approaching free speech on this topic. It’s a bitter, fundamental, angry, outraged rejection [of intelligent design], which comes nowhere near scientific or intellectual discussion. I’ve seen that happen again and again.”

Gelernter acknowledges “I am attacking their religion and I don’t blame them for being all head up, it is a big issue for them.”

Dr. Gelernter cited three arguments in his article: the origin of life, and the Cambrian explosion, and genetic entropy. In the first two problems, there is a problem of huge amounts of biological information coming into being. We know that software engineers can write code like that, but there is no Darwinian mechanism for writing that much code and that short of a time period. The third problem shows that Darwinian mechanisms not only don’t produce functional code – they actually break it down.

I’ve covered both of the arguments before on this blog, but if you really want the details, you should pick up the books that convinced Dr. Gelernter: Dr. Stephen C. Meyer’s “Signature in the Cell” and “Darwin’s Doubt”. Each book tackles one of the arguments. For the third problem, a good book is Dr. Michael Behe’s “Darwin Devolves”. Even if you just read something about each book, then you’ll know about the arguments for intelligent causes being the best explanation for the history of life on this planet.

 


Original Blog Source: http://bit.ly/2ZF1Sll

By Terrell Clemmons

[Although this essay was written at another time, Cross Examined considers its content to be current and relevant to share]

Few years ago, Current Biology, a research journal published by Cell Press, carried an article titled, “The Negative Association between Religiousness and Children’s Altruism across the World.” The report, authored by seven psychologists from four continents, related the findings of experiments with approximately 1,200 children ages 5-12 from six nations. The study was funded by a grant from the John Templeton Foundation, Science of Philanthropy Initiative.

The article highlighted three findings: (1) that children from religious households are less altruistic than children from secular households, (2) that they are more harsh and punitive than children from secular households, and (3) that their parents don’t see them as less altruistic and more punitive but rather as kinder than other children in terms of empathy and sensitivity to injustice. “Together these results reveal the similarity across countries in how religion negatively influences children’s altruism, challenging the view that religiosity facilitates prosocial behavior,” the summary concluded. In other words, if you’ll pardon the snark, kids exposed to religion are anti-social, and their parents are clueless. Religion is a social pathogen.

As you can imagine, this was a windfall for the secular press. “Religious upbringing linked to less altruism,” announced Science Daily. “Children from nonreligious homes are more generous, altruistic than observant ones,” trumpeted Newsday. And the UK Guardian‘s header bordered on the childish: “Religious children are meaner than their secular counterparts.” Science Codex at least showed enough restraint to headline its report in the form of a question, “Does religion make kids less generous?”

Well, does it? Science said it. Does that settle it?

Of course, it doesn’t. As apologist Frank Turek says, science doesn’t say anything. Scientists do. And because scientists, science writers, and mainstream journalists are all fallible human beings, a level-headed response calls for some critical thinking every time a new finding is being heralded in the name of science.

Experts, Shmexperts

Critical thinking begins with examining exactly what is being said and by what authority. Let’s start with the question of authority. In Shmexperts: How Ideology and Power Politics Are Disguised as Science, Marc Fitch addresses what he calls “the modern myth of experts.” He begins by defining “experts” for his specific purpose. (Personally, I like “shmexperts” better, but I will go with his terminology for now.) First, an expert is not the working professional informed by relevant experience and skill—the man or woman “whose motivation in their work is to produce a result: an actual, testable piece of hardware or a theory that can be proven empirically.” A professional whose product is subject to external standards in this way is not what Fitch is talking about. Second, he’s not necessarily referring to intellectuals—those who make their living in the realm of ideas, although the lines between intellectuals and experts are apt to get blurred.

Experts, for Fitch’s treatment, are primarily defined by their transgression of the boundaries inherent to their fields of expertise. For example, a cell biologist may have a perfectly good, morally sound opinion on the social advisability of religion-based models of childrearing. Or he may be a cold-blooded moral monster. The point is, knowledge in the realm of science does not make him a credible authority in the realm of values. This should not need pointing out, but apparently, it does. Whenever anyone makes statements about non-material realms of thought, or pushes a moral argument, under the banner of science, then the science is not being used in its proper context. It is being coopted to advance an agenda.

When expert “authorities” advance an agenda this way, they are “avoiding an ethical, moral, or political argument,” Fitch points out, and are imbuing “the realm of human ideals with the faulty notion that somehow chemical, biological, or physical sciences can offer an answer to the human condition.” When scientists do this, they are not acting as scientists. They are acting as philosopher kings. The same goes for the gullible (or complicit) media granting them platforms from which to reign.

Critical Examination 101

Now let’s take a look at the Current Biology report on children, religion, and altruism. The first question that ought to come to mind is, What exactly does religion have to do with biology? What has philanthropy to do with biology? Or altruism? Or generosity? Of course, the answer is nothing. Although the study itself was done by psychologists, its publication in a biomedical journal raises a glaring red flag. Realms of thought have been mixed, boundaries blurred.

Now, let’s look at how the experts reached their findings. To assess altruism, they conducted an experiment called the Dictator Game. Children were allowed to choose ten stickers, which they were told: “are yours to keep.” They were also told that not all the children in their group would get stickers because the experimenters didn’t have time for everyone. The children were then given an opportunity to share the stickers they were given, right there on the spot. The experimenters counted the number of stickers each child shared, and that number became the measure of that child’s altruism. So, if a child opted to take his stickers home to share with his little sister or his buddy next door, he did not count as altruistic.

Here’s how they measured moral sensitivity. The children were shown short videos depicting mean actions—one child shoving another, for example. Then their reactions were somehow categorized according to how they judged the mean act they’d been shown. So if the same child exhibited judgment when he saw a boy shove a girl to the ground—if he said, Hey, that’s not fair; that boy should be punished! For example—then he counted as harsh and punitive.

Technically, that may be accurate, but ponder the perverse moral reasoning by which moral sensitivity is being assessed here. Those children exhibiting an indifference to injustice are being appraised as the “nice” ones, the pro-social ones. Meanwhile, those who censured meanness counted as, well, mean.

Should nothing be punished? We might ask. Toward whom should the child have shown sensitivity? Toward the boy doing the shoving? Or toward the girl who was shoved? Wouldn’t a fair-minded observer say the child objecting to meanness is actually more sensitive to injustice than the one who’s indifferent?

To be sure, these are judgment calls. And that is precisely the point. Judgment calls were factory-installed into this study. Either the experts knew it and have not been upfront about it, or they’re blithely clueless regarding their own massive bias.

How they defined “religiousness” is equally overripe for critical deconstruction, but you get the point.

Bad Science

If psychologists want to try to map people’s altruism or generosity or philanthropy in relation to their religiosity—however, they choose to define and quantify such non-exact entities—that’s fine. They can define their terms and presuppositions and have at it. But “The Negative Association between Religiousness and Children’s Altruism across the World” is, at best, bad psychology. And whatever it is, it certainly isn’t biology. It might better be called secular snobbery masquerading as objective science.

Cell Pressbills itself as “a leading publisher of cutting-edge biomedical research and reviews.” How such bunk qualified as biomedical research is a question every self-respecting biologist should be asking every sitting member of Current Biology‘s editorial board. All 103 of them. Anyone with a working baloney-detector can see the egregious transgression of boundaries.

In his book, Fitch touches on several agenda-driven narratives that have been or are (still) being foisted on the public by “experts”: population control; the supposed scientific basis for a host of “victimhood” narratives; the politics of health care; pot legalization; and—the granddaddy of global political agendas—environmentalism. And there are others that he doesn’t take up, but we should: psychiatry, for example, and the deluge of sex and gender “science” flooding the pipeline. To avoid subversion by shmexperts, everything must be put through a critical filter—everything.

Bad Religion

There’s a lot at stake. The ramifications of the modern cult of experts include:

A heightened generalized anxiety. How does one know whom among the “authorities” or what out of the swarming buzz of opinions to believe? The cacophony is enough to tempt anyone to tune it all out because it’s just too hard or too upsetting or too confusing. But tuning out leads to—

A softening of the mind. Widespread outsourcing of thought—and worse, of moral reasoning—renders the public increasingly subject to demagoguery, fear-mongering, and mob mentality. Groupthink sets in like dry rot and totalitarian thought control follows. This creates an environment hostile to sustaining basic political liberties. We already see a soft tyranny suffocating freedom of thought and conscience at the university.

A devaluing of the individual. When awe-inspiring reverence is conferred on those with degrees and titles over the non-academic-but-supremely-practical working Joe, a gap—real or perceived—widens between the intellectual haves and have-nots. This serves no one’s best interest. It breeds narcissism among the elite and a menacing mix of servile dependency and brooding discontent among the rest.

An outsourcing of salvation. The media cite and defer to experts who, for various reasons, sow fears and recommend government interventions. Politicians for their part are happy to promote policies they see as contributing to their immortal legacy. And they will, of course, need the experts to administer the policies, so the ruling class expands. “We rely on a small troupe of Chicken Littles,” Fitch writes, “each telling the world that the sky is falling, the earth is warming, markets are collapsing, diseases are spreading, and people are starving. They present the world of death as a great beast slouching toward your homes [and] they call upon the government to intercede and take further control to alleviate the ‘crisis.'”

It is just assumed that we unthinking, unwashed masses need the anointed elites to save our poor, helpless souls from the big bad world out there. Fitch doesn’t frame it in religious terms, but at some point, the would-be ruling class does assume the role of in loco savior and lord. Except that it can never save. It can only lord.

Sound Minds, Sound Society

Fitch offers some good suggestions for filtering shmexpert fare. Learn to separate empirical data from ethics and morality, and the hard sciences from the inexact, soft humanities. In many cases, bad science doesn’t so much need to be countered as it needs to be exposed to the light of scrutiny and deconstructed, as we have done with the Current Biology mashup on religiousness and altruism.

Most of all, learn to think in broader worldview terms. It is true that the world is not a safe place, and there is a role for government and legitimate experts to play in meeting the challenges people face. And while it is also true that we all stand in need of a savior, no government nor any shmexpert is up to that task.

 


Terrell Clemmons is a freelance writer and blogger on apologetics and matters of faith.

This article was originally published at salvomag.com: http://bit.ly/33l73Jm

By Luke Nix

The Creator Revealed

In 2018 University of Oklahoma particle physicist Dr. Michael G. Strauss released his latest book. In this short non-technical volume, he introduces the reader to the astrophysical discoveries that reveal the characteristics of the Creator of the universe, hence the title “The Creator Revealed.” He strongly emphasizes the claim of Romans 1:20 that the Creator’s attributes are “clearly seen” in the creation, even by those who wish to deny the Creator’s existence. I gave the book a full chapter-by-chapter review available here, but today I want to highlight fifteen of my favorite quotes from the book.

The Christian and the Life of the Mind

“I think that when we as Christians do not fully investigate the truth of something because we are concerned that it might confront our beliefs, we forget one of the very basic characteristics of the God we serve, namely that he is a God of truth.”

“How can we, as Christians, stand firm when our faith is challenged intellectually? We can do this by learning to love the Lord our God with all our minds; by asking tough questions about God and the Bible and finding good, reasonable answers to those questions; by learning how to properly interpret the Bible in its context and according to its culture…and by understanding that all truth discovered by humans will ultimately reveal the creator of all truth.”

“I have found that the more one studies nature, the more one can see that it reveals God’s personality, to such an extent that many of the writings of even nonreligious scientists clearly declare God’s power and majesty.”

“When we find truth in nature or we find truth in scripture, we see God’s character revealed.”

Does The Big Bang Reveal God’s Invisible Attributes?

The Creator Revealead Quotes 1“If the big bang was God’s method of creation yet we as Christians deny its veracity, then we are building an unnecessary wall between us and other people who accept the big bang but don’t yet know God.”

“Most people already have heard of the big bang and agree with scientists that it accurately describes the origin of the universe. What most people don’t know is that the big bang also reveals the characteristics of the creator, the God of the Bible.”

“The evidence that the big bang was God’s method of creation is compelling for many reasons. For instance, it reveals the very nature of God, just as Romans 1:20 says creation should. It doesn’t just reveal God’s character to those who already believe in him or to those who only look superficially at nature; it reveals the very nature of his character to those who study the universe in depth. It drives people to realize that the creator is a transcendent designer who cares for humanity. It leaves them truly without excuse because they have rejected the creator, not for the record of creation.”

“Modern science and the big bang can be tremendous evangelistic tools when we realize that they reveal the character of God.”

“When we understand how the big bang reveals the person and character of God, we see him more clearly, and this shows his glory, majesty, and wonder.”

Why Do Scientists Accept The Big Bang?

The Creator Revealead Quotes 2“Based on the evidence from both observations and theoretical calculations, the scientific community eventually, and maybe reluctantly, has accepted the idea that the universe appears to have begun about fourteen billion years ago–because there is no other explanation that fits the evidence.”

“The evidence for the beginning of the universe in the big bang has become so powerful and so convincing that scientists have accepted it as true even though the philosophical and theological implications may be repugnant to some.”

“There are some Christians who say that most scientists today have misunderstood the facts of nature. They say that the facts clearly point to a universe created just a few thousand years ago. But such a belief is inconsistent with what Romans 1:20 implies. Paul says that the evidence left by the creator should be clearly visible so that all, even the scientists studying the universe, are without excuse if they fail to see it… [T]his is exactly the case with the big bang.”

“It doesn’t matter when the universe was created, whether it was six thousand years ago or fourteen billion years ago, to the naturalist who doesn’t believe in God, both ideas are equally repugnant.”

“It should not surprise you that the big bang reveals characteristics of the creator that (1) are clearly evident, (2) are apparent even to those who do not accept any kind of deity, and (3) correspond to attributes ascribed to God in the rest of the Bible. After all, that is exactly what Paul [in Romans 1:20] said the evidence should do.”

“An accurate understanding of the big bang and its implications can change lives. Truth has a way of doing that.”

The Creator Revealead Quotes 3

 


Luke Nix holds a bachelor’s degree in Computer Science and works as a Desktop Support Manager for a local precious metal exchange company in Oklahoma.

Original Blog Source: http://bit.ly/2R7yRJU

by Natasha Crain

The famous physicist, cosmologist, and author Stephen Hawking died this week. He was widely known as one of the most brilliant scientists of our time.

He was also widely known as an atheist.

In fact, many of the most famous scientists today are atheists.

This point has not escaped the attention of skeptics who often promote the idea that science and God are in conflict. As supporting evidence of that supposed conflict, skeptics often claim that virtually no scientists believe in God. More specifically, they back up their claim by citing a 1998 research study that showed 93 percent of the members of the National Academy of Sciences (an elite scientific organization in the United States) don’t believe in God. That finding caught the media’s attention, and it’s been continually quoted ever since as a known fact about the relationship of religious belief and scientific professions.

For example, atheist neuroscientist and popular author Sam Harris has written:

Although it is possible to be a scientist and still believe in God — as some scientists seem to manage it — there is no question that an engagement with scientific thinking tends to erode, rather than support, religious faith. Taking the U.S. population as an example: Most polls show that about 90% of the general public believes in a personal God, yet 93% of the members of the National Academy of Sciences do not. This suggests that there are few modes of thinking less congenial to religious faith than science is.

My purpose in this post isn’t to dissect Stephen Hawking’s personal religious beliefs. I only refer to him here because his death has once again raised this subject in popular discussion. My purpose is also not to dissect whether God and science conflict (I address this in multiple chapters of Talking with Your Kids about God). My purpose instead is to look at the question of whether it’s true that scientists don’t believe in God and the implications of the answer.

While we know that truth isn’t determined by vote, statistics get people’s attention—and young people especially trust “expert opinion”—so it’s well worth our time as parents to explore this question. When your kids ask why scientists don’t believe in God (because they’ve heard that’s a foregone conclusion), this is the discussion you need to have.

What Do Scientists Believe about God?

This is the subject of Chapter 12 in Talking with Your Kids about God. In that chapter, I explain in detail the five major research studies that have been conducted on this question (with all corresponding references). I’ll briefly summarize the findings here:

  • James Leuba Study (1914) with Edward Larson and Larry Whitham Follow-Up (1996-98): In 1914, it was found that 42 percent of scientists believed in a personal God. Among the scientists Leuba identified as “greater” (leading scientists), the number dropped to 28 percent. In 1996, Larson and Whitham attempted to replicate the study to see how the scientific developments of the twentieth century may have changed religious views amongst scientists. Their results were almost identical: 40 percent said they believed in a personal God. To replicate Leuba’s attempt to survey a subset of elite scientists, Larson and Whitham surveyed the National Academy of Sciences. In that group, belief in a personal God dropped to 7 percent. This is the specific study so often referenced to demonstrate that scientists don’t believe in God.
  • Religion among Academic Scientists Study (2005-8): Sociologist Elaine Howard Ecklund surveyed nearly 1700 scientists at 21 elite universities on their views of religion and science. She found that nearly 50 percent identified with a religious label. Importantly, Ecklund conducted statistical analyses to identify which factors were the most significant predictors of religious beliefs and behaviors. She found the strongest predictor of religious adherence to be childhood religiosity.In other words, those scientists raised with a religious affiliation were more likely to be religious as adults, and those raised without religious affiliation were more likely to be irreligious as adults. Ecklund concludes:

It is an assumption of much scholarly work that the religious beliefs of scientists are a function of their commitment to science. The findings presented here show that indeed academics in the natural and social sciences at elite research universities are less religious than many of those in the general public, at least according to traditional indicators of religiosity. Assuming, however, that becoming a scientist necessarily leads to loss of religious commitments is untenable when we take into account the differential selection of scientists from certain religious backgrounds. Our results indicate that people from certain backgrounds (the non-religious, for example) disproportionately self-select into scientific professions.

  • Pew Research Center Study (2009): Findings suggest that scientists are roughly half as likely as the general public to believe in God or a higher power.
  • Religious Understandings of Science Study (2012-15): Ecklund conducted another study which included 574 scientists. In this survey, 36 percent of scientists said, “I know God really exists and I have no doubts about it,” versus 56 percent of the overall sample.

Let’s now consider the implications of these studies.

  1. It’s not true that 93 percent of scientists don’t believe in God.

This frequently quoted statistic refers to just one of several available studies, and there are two good reasons we shouldn’t consider it to be the representative statistic. First, it’s clear from the other research that this finding was an outlier—the other major studies on this subject suggest that 33 to 50 percent of scientists believe in a personal God, with the numbers even greater if we include those who believe more broadly in a higher power. Second, this study was conducted with a unique group—members of the National Academy of Sciences, an organization of about twenty-three hundred scientists who were elected to membership by other members. We could speculate all day about why these particular scientists are less likely to believe in a personal God, but the bottom line is that this organization is not representative of the broader scientific community. The most that can be said from this study is that 93 percent of scientists who are members of the National Academy of Sciences and responded to the survey don’t believe in a personal God. It’s highly inaccurate to suggest that 93 percent of all scientists are atheists because this is not a representative sample.

  1. Correlation does not equal causation.

In statistics, correlation simply means that two variables tend to move in the same direction—in this case, those who are scientists do tend to be less likely to believe in God. This doesn’t mean, however, that being a scientist necessarily causes someone not to believe in God. (Think of it this way: in some parts of the world, it rains almost every Easter, but that doesn’t mean Easter causes it to rain.) If we determined that becoming a scientist did cause people to drop their belief in God, we might have reason to think there is some inherent conflict between the practice of science and theism. But to the contrary, Ecklund’s Religion among Academic Scientists study showed that the irreligious are simply more likely to become scientists in the first place. The available research does not suggest that scientists become irreligious as a consequence of their occupation, though this is what skeptics typically assume. And if becoming irreligious is not a consequence of their occupation, then the whole topic of what scientists believe about God quickly becomes less relevant.

  1. What scientists believe about God ultimately has no bearing on whether God exists.

While we should explore this subject because it’s often raised as a challenge to the truth of Christianity, we must remember that, ultimately, beliefs aren’t true depending on who holds them. They are true because they correspond to reality. Scientists don’t have any more expertise on the reality of God’s existence than anyone else. 

For more background on these studies and a full conversation guide to use with your kids in discussing this subject, see Talking with Your Kids about God pages 125-132.

 


Original Blog Source: http://bit.ly/2DQI3M6