Wintery Knight

…integrating Christian faith and knowledge in the public square

J.W. Wartick’s summary of the debate between Michael Ruse and Fazale Rana

Details of the debate:

The Origin of Life: The Great God Debate
Fuz Rana vs. Michael Ruse

Michael Ruse and Fuz Rana square off to debate the question “Are natural processes sufficient to explain the origin and the complexity of the cell?” The debate will be moderated by Craig Hazen. Sponsored by The Well Christian Club at UCR, Come Reason Ministries, and Biola University.

Format of the debate:

  • Opening Arguments: 20 minutes each
  • 1st Cross-Examination: 6 minutes each side
  • Rebuttals: 10 minutes each
  • 2nd Cross-Examination: 6 minutes each side
  • Concluding Arguments: 5 minutes each
  • Q &A: 40 minutes (Questions can come from Twitter and SMS)

Here on J.W. Wartick’s blog, I found a summary of the debate (video above).

Excerpt:

Michael Ruse Opening

Michael Ruse was careful to note that he is not keen on saying design is not possible. Rather, his claim is that naturalism is the most plausible explanation for the origins of life.

Ruse’s argued that design is implausible. Specifically, he noted that if design is the hypothesis put forward, there are any number of ways that one might consider that hypothesis. Is the designer a natural being within the universe or a supernatural being like God? Is there only one designer, or was there a group of designers (and he notes that a group of designers seems more plausible because automobiles require many designers to bring them about)? Finally, he raised the issue of bad design choices. He asked why, if there were a “hands-on” designer, would that designer not grant immunity to HIV and the like.

Ruse also argued that one can fall into the fallacy of selective attention- if one focuses upon only one example in isolation, then one might come to a conclusion that certain laws/theories may not be correct. But placing these same problems in context shows that they can be explained against “the background of our knowledge.”

Finally, Ruse ended with a number of examples for how problems which were seemingly insoluble were explained by naturalistic means. He also argued that one of the popular arguments for design, the flagellum, has so many different varieties (and is sometimes found to be a vestigial organ), and so cannot be shown to be designed.

Fazale Rana Opening

The problems which must be accounted for within an origins of life model are numerous. One must account for self-replication, the emergence of metabolism, the formation of protocells, the synthesis of prebiotic materials, the formation of life’s building blocks, and more.

Rana then turned to some primary models used by researchers to explain origin of life (hereafter OOL). First, there was the replicator-first model, which was problematic because in order for a molecule to be a self-replicator, it must be a homopolymer. But the complexity of the chemical environment on early earth rendered the generation of a homopolymer on the early earth essentially impossible. Next, the metabolism-first model runs into problem due to the chemical networks which have to be in place for metabolism. But the mineral surfaces proposed for the catalytic systems for these proto-metabolic systems cannot serve as such; Leslie Orgel held that this would have to be a “near miracle” and Rana argues that it is virtually impossible. Finally, the membrane-first model requires different steps with exacting conditions such that the model is self-defeating.

Rana argued positively that OOL requires an intelligent agent in order to occur. The reason is because the only way that any of these models can be generated is through the work on OOL in a lab. Thus, they can only be shown to be proof-of-principle and the chemistry breaks down when applied to the early earth. The fact that information is found in the cell is another evidence Rana presented for design. The systems found in enzymes with DNA function as, effectively, Turing machines. Moreover, the way that DNA finds and eliminates mistakes is machine-like as well. The fact that the needed component for success in lab experiments was intelligence hinted, according to Rana, at positive evidence for design.

Finally, Rana argued that due to the “fundamental intractable problems” with naturalistic models for the OOL and the fact that the conditions needed for the OOL and the processes required to bring it about have only been demonstrated as in-principle possible with intelligent agents manipulating the process.

He’s got a summary of each of the speeches, and it rings true with what I saw when I watched the debate.

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Dr. George Yancey lectures on anti-Christian bias in academia, and beyond

My good friend Wes posted this 28-minute lecture.

If you watch 5 minutes, then you’ll definitely stay and watch the whole thing. It’s fascinating.

Details:

Join Dr. George Yancey in an in depth discussion of the bias taking place within academia against religion in general, but more specifically Christianity. Within the discussion Dr.Yancey uses brief explanations of his previous book, Compromising Scholarship and many other excerpts of his past research as well as his forthcoming research to give us a new viewpoint on academia and religion.

I found a quick description of Dr. Yancey’s work in this New York Times article from July 2011.

It says:

Republican scholars are more likely than Democrats to end up working outside academia,as documented by Daniel Klein, an economist at George Mason University. Dr. Klein, who calls himself a classical liberal (a k a libertarian), says that the university promotes groupthink because its system of “departmental majoritarianism” empowers the dominant faction to keep hiring like-minded colleagues. And when a faculty committee is looking to hire or award tenure, political ideology seems to make a difference, according to a “collegiality survey” conducted by George Yancey.

Dr. Yancey, a professor of sociology at the University of North Texas, asked more than 400 sociologists which nonacademic factors might influence their willingness to vote for hiring a new colleague. You might expect professors to at least claim to be immune to bias in academic hiring decisions.

But as Dr. Yancey reports in his new book, “Compromising Scholarship: Religious and Political Bias in American Higher Education,” more than a quarter of the sociologists said they would be swayed favorably toward a Democrat or an A.C.L.U. member and unfavorably toward a Republican. About 40 percent said they would be less inclined to vote for hiring someone who belonged to the National Rifle Association or who was an evangelical. Similar results were obtained in a subsequent survey of professors in other social sciences and the humanities.

Dr. Yancey, who describes himself as a political independent with traditional Christian beliefs and progressive social values, advises nonliberal graduate students to be discreet during job interviews. “The information in this research,” he wrote, “indicates that revealing one’s political and religious conservatism will, on average, negatively influence about half of the search committee one is attempting to impress.”

Dr. Yancey’s research was a survey, not a field experiment, so it’s impossible to know how many of those academics who confessed to hypothetical bias would let it sway an actual decision. Perhaps they’d try to behave as impartially as the directors of graduate studies in Dr. Gross’s experiment.

The lecture is a real eye-opener. It turns out that in academia, you are likely to be viewed the same way as blacks were viewed by slave-owners, and Jews were viewed by Nazis. Stereotypes, ignorance and hatred abound.

We have a lot of work to do to correct these perceptions, and unfortunately nothing that Christians see and hear in church is likely to change this. Until we get serious about prodding our young people to think and achieve, this is what people on the secular left will think of us. Not because they really are smarter, but because we are not capable of pointing out the nonsense on their side of the aisle, e.g. – eternal universes, aliens seeding the Earth with life, fatherlessness is good for children, and so on. If we don’t study the evidence, then their stupidity will rule the day, and they are the ones who are entrenched in academia.

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Lightning round: Ryan T. Anderson answers several questions about marriage

John Stonestreet interviews marriage defender Ryan T. Anderson: (Source: The Colson Center)

Questions:

  • Don’t gay couples have a right to express their love in marriage like everyone else?
  • How would legalizing gay marriage hurt your marriage?
  • Marriage is already in such bad shape, how could it hurt marriage to allow more people to marry?
  • Aren’t natural marriage proponents on the “wrong side of history”?

Every word counts in this concise primer on defending marriage. Blink, and you’ll miss pure gold.

You can watch Ryan debate gay marriage at Arizona State University right here.

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What is marriage? Ryan T. Anderson debates Alastair Gamble at Arizona State University

Details:

A debate about what marriage is, hosted by the Federalist Society at the Sandra Day O’Connor College of Law, featuring Ryan T. Anderson and Alastair Gamble.

The debate took place at the law school at Arizona State University.

The speakers:

Ryan T. Anderson researches and writes about marriage and religious liberty as the William E. Simon Fellow in Religion and a Free Society at The Heritage Foundation. He also focuses on justice and moral principles in economic thought, health care and education, and has expertise in bioethics and natural law theory.

Anderson’s recent work focuses on the moral and constitutional questions surrounding same-sex “marriage.” He is the co-author with Princeton’s Robert P. George and Sherif Girgis of “What Is Marriage? Man and Woman: A Defense” (Encounter Books, December 2012). The three also co-wrote the article “What is Marriage?” in the winter 2011 issue of Harvard Journal of Law and Public Policy.

Anderson received his bachelor of arts degree from Princeton University, graduating Phi Beta Kappa andmagna cum laude. He is a doctoral candidate in political philosophy at the University of Notre Dame, where he received his master’s degree.

Alastair Gamble is an attorney in the firm’s Litigation group and focuses his practice on Labor and Employment at both the trial and appellate level.

From 2008 – 2012, Mr. Gamble practiced in Los Angeles, California, where he focused on Labor and Employment and Securities litigation. Before that, he served as a law clerk to Hon. Andrew Hurwitz of the Arizona Supreme Court and as a judicial extern to Hon. Michael Daly Hawkins of the U.S. Court of Appeals for the Ninth Circuit.

Mr. Gamble holds the J.D., Sandra Day O’Connor College of Law at Arizona State University and the B.A., History, Emory University, 2000.

The video is 70 minutes:

The format is 15 minute opening speeches, 5 minute rebuttals, then Q&A.

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What is intelligent design? Dr. Stephen C. Meyer explains the theory

A MUST-SEE lecture based on Dr. Stephen C. Meyer’s book “Signature in the Cell“.

You can get an MP3 of the lecture here. (30 MB)

I highly recommend watching the lecture, and looking at the slides. The quality of the video and the content is first class. There is some Q&A (9 minutes) at the end of the lecture.

Topics:

  • intelligent design is concerned with measuring the information-creating capabilities of natural forces like mutation and selection
  • Darwinists think that random mutations and natural selection can explain the origin and diversification of living systems
  • Darwinian mechanisms are capable of explaining small-scale adaptive changes within types of organisms
  • but there is skepticism, even among naturalists, that Darwinian mechanisms can explain the origin of animal designs
  • even if you concede that Darwinism can account for all of the basic animal body plans, there is still the problem of life’s origin
  • can Darwinian mechanisms explain the origin of the first life? Is there a good naturalistic hypothesis to explain it?
  • there are at least two places in the history of life where new information is needed: origin of life, and Cambrian explosion
  • overview of the structure of DNA and protein synthesis (he has helpful pictures and he uses the snap lock blocks, too)
  • the DNA molecule is composed of a sequence of proteins, and the sequence is carefully selected to have biological function
  • meaningful sequences of things like computer code, English sentences, etc. require an adequate cause
  • it is very hard to arrive at a meaningful sequence of a non-trivial length by randomly picking symbols/letters
  • although any random sequence of letters is improbable, the vast majority of sequences are gibberish/non-compiling code
  • similarly, most random sequences of amino acids are lab-proven (Doug Axe’s work) to be non-functional gibberish
  • the research showing this was conducted at Cambridge University and published in the Journal of Molecular Biology
  • so, random mutation cannot explain the origin of the first living cell
  • however, even natural selection coupled with random mutation cannot explain the first living cell
  • there must already be replication in order for mutation and selection to work, so they can’t explain the first replicator
  • but the origin of life is the origin of the first replicator – there is no replication prior to the first replicator
  • the information in the first replicator cannot be explained by law, such as by chemical bonding affinities
  • the amino acids are attached like magnetic letters on a refrigerator
  • the magnetic force sticks the letters ON the fridge, but they don’t determine the specific sequence of the letters
  • if laws did determine the sequence of letters, then the sequences would be repetitive
  • the three materialist explanations – chance alone, chance and law, law alone – are not adequate to explain the effect
  • the best explanation is that an intelligent cause is responsible for the biological explanation in the first replicator
  • we know that intelligent causes can produce functional sequences of information, e.g. – English, Java code
  • the structure and design of DNA matches up nicely with the design patterns used by software engineers (like WK!)

There are some very good tips in this lecture so that you will be able to explain intelligent design to others in simple ways, using everyday household items and children’s toys to symbolize the amino acids, proteins, sugar phosphate backbones, etc.

Proteins are constructed from a sequence of amino acids:

A sequence of amino acids forming a protein

A sequence of amino acids forming a protein

Proteins sticking onto the double helix structure of DNA:

Some proteins sticking onto the sugar phosphate backbone

Some proteins sticking onto the sugar phosphate backbone

I highly, highly recommend this lecture. You will be delighted and you will learn something.

Here is an article that gives a general overview of how intelligent design challenges. If you want to read something more detailed about the material that he is covering in the lecture above related to the origin of life, there is a pretty good article here.

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