Bill Maher Shows Us that "Smart" People Can Believe Really Stupid Things

Bill Maher thinks he's a smart person ... maybe even an intellectual. Here's a video of him attacking smart people who believe really stupid things. It drips with sarcasm and mockery. At the end of the video you wonder how in the world people could be so stupid. Maher is upset about the resurgence of the "smart-stupid person." One of his targets is a former Prime Minister of Canada.

Hermant Mehta liked this video [Bill Maher Goes After Dr. Eben Alexander and Other Brilliant Scholars Who Believe in Complete Nonsense].


Speaking of smart-stupid people. Here's a video of Bill Maher talking complete nonsense about vaccines. He is corrected by a really smart person, Bill Frist. This is an example of irony and an example of hypocrisy. The hypocrisy is worse than the irony.

IDiot Irony

Sometimes I really wonder what goes on at the Discovery Institute.

As most of you know by now, Stephen Meyer has written a new anti-evolution book where he criticizes the expert scientific opinion on the Cambrian Explosion. He says that the experts are all wrong and the evidence shows that evolution is impossible. The only reasonable alternative is that god(s) made the primitive animals. Meyer has an undergraduate degree in physics and earth science (1981) and got a Ph.D. in history and philosophy of science ten years later (1991). He is not a scientist and he is not an expert on evolution.

Casey Luskin has a Master's degree in earth sciences but later on he got a law degree and he is primarliy a lawyer. He is not a scientist and he is not an expert on evolution.

David Klinghoffer is a writer. He is not a scientist and he is not an expert on evolution.

Nick Matzke is a graduate student who is finishing up his Ph.D. in evolutionary biology. He is a scientist and he is an expert on evolution. He is also an expert on Intelligent Design Creationism.

Nick Matzke wrote a long review of Darwin's Doubt—a book written by a philosopher [Meyer’s Hopeless Monster, Part II].

Casey Luskin, a lawyer, took it upon himself to critique Matzke's review [How "Sudden" Was the Cambrian Explosion? Nick Matzke Misreads Stephen Meyer and the Paleontological Literature; New Yorker Recycles Misrepresentation]. Luskin says,

Since Matzke published his review, The New Yorker reviewed Meyer's book. Gareth Cook, the science writer who wrote the piece, relied heavily on Matzke's critical evaluation, even though Matzke is a graduate student and not an established Cambrian expert. Cook uncritically recycled Matzke's claim that the Cambrian explosion took "many tens of millions of years," ...

Do you see the irony? Meyer is a philosopher and Luskin is a lawyer but poor old Nick is just a graduate student about to get a Ph.D. in evolutionary biology. Matzke is not an established Cambrian expert. Neither are Meyer or Luskin but that doesn't seem to stop them from criticizing Matzke and all other evolutionary biologists and all paleontologists.¹

David Klinghoffer just can't wait to contribute his two cents. Klinghoffer isn't a scientist and he certainly isn't an expert on paleontology but that doesn't mean he can't have an opinion [Regarding Matzke, Coyne, and Darwin's Doubt, a Reader Asks].

That is a good question. Casey Luskin has already demonstrated what a non-paleontologist Matzke is.

How could non-scientist Klinghoffer possibly know whether lawyer Casey Luskin had made a good case against evolutionary biologist Nick Matzke? Does Klinhoffer realize that Luskin is a lawyer, not a paleontologist?

Do you wonder why we call them IDiots?

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1. My irony meter survived but it was touch-and-go for a minute or two.

Can You Name These Famous People?

I was cleaning up my files and I came across this photo from seven years ago. It's one of those vanity photos¹ where I try to impress you by having my picture taken with famous people.

Can you name all the people in the photo (hint, I'm the one on the right). You're not allowed to guess if you are one of the people in the photo.

Are you impressed? (You should be.)

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1. That's what Jerry Coyne calls them

Speaking of Trees

My friends and colleagues, David Isenman and Jacqueline Segall, used to have a big tree in their back yard. On Monday July 8th it rained ... a lot. The ground became very soggy and the tree tipped over.

So much for the life of this tree. They need a new shed.

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What Is Humanism?

What the heck is humanism? The short answer is ... I have no idea.

If someone tells me they're a humanist then I can guess that they have some kind of ethical standards that have nothing to do with religion but that's about all I can guess. They might as well have told me that they are an atheist and leave it at that.

Are humanists socialists? Do they all favor socialized medicine and support unions? Do they oppose the death penalty? Are they in favor of gun control and abortion on demand? Do humanists oppose the American war in Afghanistan? Did they support the invasion of Iraq?

Are humanists willing to vote for a Republican or a Conservative? How about a Communist? Do all humanists think gay marriage should be legal? Would they legalize prostitution and pornography? Would they legalize drugs like cocaine and marijuana? How do they feel about euthanasia?

Do humanists support a public school system or are some in favor of vouchers and private schools? Do they all have the same position on immigration? on welfare?

I don't know the answer to any of these questions. I don't know what it means to be a humanist.

Hermant Mehta thinks that Humanism tells us what he believes. Watch this video to see what that means.


Still confused? Go to the American Humanist Association website and you'll be even more confused. Read the Humanist Manifesto and the essays by Fred Edwords. They don't answer any of the questions I asked.

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How to Build a Research Institute

The Francis Crick Institute is under construction in London (UK). When I first heard about this I thought that it would be a wonderful place for theoretical biologists—a sort of Institute for Advanced Study for biologists. That would be in keeping with the career of Francis Crick. It's also something that sorely needed in the 21st century because most biology has degenerated into data collection and mining with little attention to ideas and concepts.

Alas, the director, Paul Nurse, had other ideas. He wanted to create "a world-leading centre of biomedical research and innovation." In other words, translation research.

Paul Nurse and two research directors (Richard Treisman and Jim Smith) wrote an editorial in a recent issue of Science [Building Better Institutions]. They take it as a given that what Great Britain needs is a research institute that concentrates on medical research. They also believe that mixing scientists, clinicians, and representatives of the pharmaceutical industry will lead to better results. You better throw in a few physical scientists for good measure because physical scientists have good ideas.

Despite the recent growth in scientific knowledge, conventional discipline-based methods have not been suffi ciently effective at developing new understanding and treatments. Researchers need to be encouraged to identify important questions and tackle them with multidisciplinary approaches. Contemporary biomedical research has to integrate biological, nonbiological, and clinical disciplines, and its application requires interactions with hospital and commercial partners. This can be facilitated by research institutions with an environment that supports strong interdisciplinary interactions between scientists: a place where laboratory biologists are encouraged to collaborate with clinical researchers to understand the medical implications of their work, with pharmaceutical companies for the translation of discoveries into treatments, and with physical scientists to expand their thinking and repertoire of experimental approaches. Such an institution must be continually open to new ideas and permeable to interactions with outside researchers and organizations.

We've been doing exactly that at our hospital research institutes here at the University of Toronto. The industrial relationship has been helped by something we call the MaRS Discovery District. The experiment has been running for over a decade and, as I'm sure you all know, it has been hugely successful. Toronto has been churning out new medical discoveries on a daily basis. (Not!)

The Francis Crick Institute will support young investigators because scientists at the beginning of their career have such a tremendous track record of creativity and originality. (?) In fact, the new institute believes so strongly in young investigator that 80 out of 120 positions will be set aside for them. But what happens when they reach their mid-forties?

These appointments will be of up to 12 years, supported by the Crick's funding partners (the Medical Research Council, Cancer Research UK, and the Wellcome Trust). Group leaders will then leave the institute to establish a research group elsewhere; the aim is to give researchers who are effective and remain in the United Kingdom a transition package to support their moves, creating a thriving network of highly trained researchers.

Science is a risky business so every year there will likely be three or four investigators whose time is up but whose scientific output is just average. What happens when they're tossed out of the institute?

Does anyone think this is a good idea?

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What Should We Teach About the "Tree of Life"?

As most of you already know, I think the Three Domain Hypothesis is dead. The history of life is better explained as a net with rampant transfer of genes between species [The Web of Life]. This idea has been widely promoted by Ford Doolittle.

The debate over the tree of life has implications concerning the distinction between "prokaryote" and "eukaryote." I was checking some recent papers and came across one by Doolittle and Zhaxybayeva (2013) that seems particularly relevant. They discuss the evidence for and against the division of life into three domains and the attempt by Norm Pace to ban the word "prokaryote."

The authors point out, once again, that eukaryotic genes are most closely related to genes from cyanobacteria, proteobacteria, and archaebacteria, in that order. The majority, by far, have their closest homologs in bacteria, not archaebacteria. The most likely explanation is that euakryotes are chimeras resulting from fusion of an archaebacterium and a eubacterium plus genes transferred from mitochondria and chloroplast to the nuclear genome.

The Largest Prokaryotic Genomes

Some bacterial genomes are quite large. A few are larger than the smallest eukaryotic genomes.

Many species of cyanobacteria are complex, multicellular organisms [Multicellular Bacteria]. Those species tend to have large genomes.

Recently Degan et al. (2013) sequenced the genomes of six new cyanobacteria species and one of them turns out to have a large genome.¹ (see Contradictory Phylogenies for Cyanobacteria for more information on that paper.) The species is Scytonema hofmanni and its genome is 12,073,012 bp in size. It has 12,356 potential protein-coding genes. If all of them are correctly identified then the total, counting non-protein-coding genes, is likely to be 12,500 genes. That's a record for prokaryotes.

Half of these genes are only found in Scytonema and that's very strange.

There are bacteria with larger genomes, notably the soil bacterium Ktedonobacter racemifer with a genome size of 13,661,586 bp.

For comparison, the genome of the yeast, Saccharomyces cerevisiae, is 12,156,677 bp in size and it has 6,200 genes.

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Photo Credit: Scytonema hofmanni from cyanobacteria slides.

1. Some of you might be under the impression that I give a shit about Norm Pace and his attempt to banish the word "prokaryote" (Pace, 2009). Don't bother to try and convince me because it requires that I accept the false Three Domain Hypothesis and that ain't gonna happen.

Dagan, T., Roettger, M., Stucken, K., Landan, G., Koch, R., Major, P., Gould, S. B., Goremykin, V.V., Rippka, R., de Marsac, N.T., Gugger, M., Lockhart, P.J., Allen, J.F., Brune, I., Maus, I., Pühler, A. and Martin, W.A. (2013) Genomes of stigonematalean cyanobacteria (Subsection V) and the evolution of oxygenic photosynthesis from prokaryotes to plastids. Genome biology and evolution 5:31-44.
[doi: 10.1093/gbe/evs117]

Pace, N.R. (2009) Time for a change. Nature 441:289. [doi:10.1038/441289a]

Contradictory Phylogenies for Cyanobacteria

The cyanobacteria are interesting for a number of reasons. They have a complex photosynthesis pathway with two separate phostosystems and an oxygen evolving complex. That means they can use water as an electron donor and NADP^⊕ as an electron acceptor.

Cyanobacteria probably played an important role in creating an atmosphere with significant levels of oxygen but, contrary to some speculation, they almost certainly arose fairly late in the history of life (i.e. after 500 million years). Cyanobacteria make up a significant proportion of life in the ocean. Primitive cyanobacteria gave rise to chloroplasts in modern plants and algae.

The Shortest Distance ....

I have many pet peeves. One of them concerns the people who build paths and walkways. If you're going to spend a lot of money constructing fancy walkways, then it makes sense to put a little thought into where you're going to put them. As a general rule, you should put the walkway where people are going to walk.

A few years ago (2008), the University of Toronto spent a million dollars on constructing new pathways throughout the downtown campus. The new paths mostly followed the old paths but there were places where that didn't make sense. As I reported back then [If you build it, will they follow?], the old path didn't line up with the new ramp to my building (see photo below). The guys building the path agreed with me that the placement of the walkway made no sense but they were overruled by their supervisor who insisted that the alignment wasn't a problem. People would stay on the new walkway and they would be encouraged to do so by strategic placement of a big rock.



Can you guess what happened? That ramp is now the main entrance to my building for people coming up from the subway exit. Will they follow the path, taking a sharp right turn then a sharp left turn or will they cut straight across the grass making as much of a mess as before the new walkway was constructed?

Here's the result ...

Isn't that ridiculous? Just as predicted, people take the shortest distance between two points and if that means walking over the grass and making an ugly mess, then so be it. What's the point of spending a ton of money to make the campus look nice if this is the result?

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Evidence for Intelligent Design

Remember how the IDiots are always trying to tell us that their movement is scientific? It's all about scientific evidence for design.

The facts say otherwise. Almost all of their arguments are based on "evidence" against evolution and on trashing scientists, especially Darwin. Much of their opposition has nothing to do with scientific evidence of design; instead, it's directed at materialism and atheism and other views that they see as an integral part of something called "Darwinism."

Let's see how bizarre this can get. Friedrich Nietzsche ("God is dead") is hardly someone who the IDiots respect for his philosophical view. But that doesn't matter as long as he said something bad about Charles Darwin [Nietzsche, possibly the Nazis’ favourite well-known philosopher, criticized Darwinism on aesthetic grounds].

But, wait a minute. If Nietzsche was a favorite of the Nazis then Darwin must have been opposed to Nazism because Nazi Neitsche criticized natural selection. I'm confused. What does this have to do with evidence of design?

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How the IDiots View Genome Research

It's safe to say that a majority of knowledgeable scientists now agree that the most of our genome is junk. This is bad news for Intelligent Design Creationism because they have staked their credibility on the idea that if the DNA is present is must be the product of god(s) the intelligent designer and it must be there for a reason.

One of the latest posts on Evolution News & Views (sic) emphasizes this point [More Clues that Intergenic DNA Is Functional]. Its author doesn't identify herself/himself. The point of the post is to cherry-pick a couple of papers from the scientific literature, including the horrible paper by Hangauer et al. (2013) [see How to Make a Scientific Argument ].

Jenny McCarthy Will Be the New Co-Host of The View

You all remember Jenny McCarthy, right? She's the person who urges parents not to vaccinate their children, prompting formation of the Jenny McCarthy body count.

Sandwalk readers might recall that Jenny McCarthy was scheduled to appear at an Ottawa fund raising event last February until CFI Canada and the Ottawa Skeptics forced the organizers to dump her [Jenny McCarthy Dumped].

Now she's been officially named co-host of The View. What in the world was ABC thinking?

I have sent a complaint to ABC. Here's a convenient webpage: contact us.

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Hat Tip: Friendly Atheist.

Monday's Molecule #209

Last week's molecule was depicted on a stamp honoring Gerty Cori. It was supposed to be the "Cori ester" (glucose 1-phosphate) but the image shown on the stamp is not correct. Nobody recognized that so there was no winner last week [Monday's Molecule #208].

Today's molecule is a very famous RNA with secondary structure. Do you recognize it without BLASTing the sequence?

Email your answers to me at: Monday's Molecule #209. I'll hold off posting your answers for 24 hours. The first one with the correct answer wins. I will only post mostly correct answers to avoid embarrassment. The winner will be treated to a free lunch.

There could be two winners. If the first correct answer isn't from an undergraduate student then I'll select a second winner from those undergraduates who post the correct answer. You will need to identify yourself as an undergraduate in order to win. (Put "undergraduate" at the bottom of your email message.)

Happy Bastille Day!

On July 14, 1789 a bunch of French citizens stormed the Bastille and liberated a handful of political prisoners [Bastille Day]. It marks the beginning of the French Revolution.

One of Ms. Sandwalk's ancestors is William Playfair, inventor of pie charts and histograms [Bar Graphs, Pie Charts, and Darwin]. He's famous because he knew Erasmus Darwin. He's also famous because there are stories that he took part in the Storming of the Bastille while living in Paris.

One the other hand, there are plenty of things for which he is less than famous [William Playfair] and there's a a good reason why his children left England and migrated to Canada becoming farmers near Perth, Ontario.

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