GOD VS. SCIENCE: A Debate Between Natalie Angier and David Sloan Wilson, Moderated by Thomas A. Bass
"I see some fundamental contradiction here. Everybody criticizes Richard Dawkins and Sam Harris. But at least they're talking about how ludicrous some of these belief systems are. I know that David Sloan Wilson doesn't take issue with the way I've framed these questions, but to see religion as having a positive influence does not get at the fundamental question of what it means to have faith. What is so good about having faith when you don't have evidence?"
— Natalie Angier
"With apologies to Natalie, I think there's a kind of a silliness to banging away at religious beliefs for their obvious falsehood, when in fact, if you're an evolutionist, the only way you would want to evaluate these beliefs is to examine what they cause people to do." — David Sloan Wilson
"I invited a group of cosmologists, experimentalists, theorists, and particle physicists and cosmologists. Stephen Hawking came; we had three Nobel laureates, Gerard 'tHooft, David Gross, Frank Wilczek; well-known cosmologists and physicists such as Jim Peebles at Princeton, Alan Guth at MIT, Kip Thorne at Caltech, Lisa Randall at Harvard; experimentalists, such as Barry Barish of LIGO, the gravitational wave observatory; we had observational cosmologists, people looking at the cosmic microwave background; we had Maria Spiropulu from CERN, who's working on the Large Hadron Collider — which a decade ago people wouldn't have thought it was a probe of gravity, but now due to recent work in the possibility of extra dimensions it might be."
"How do the microprocesses of cultural transmission affect the macro structure of culture, its content, its evolution? The microprocesses, the small-scale local processes I am talking about are, on the one hand, psychological processes that happen inside people's brains, and on the other hand, changes that people bring about in their common environment — for instance the noise they make when they talk or the paths they unconsciously maintain when they walk — and through which they interact."
"...we're starting to look at the world in terms of gene space instead of genomes and species, and this gets us down to component analysis." -J. Craig Venter
"We just heard some very exciting applications which are in the early stage, moving on from the general project where we essentially collected the machine language of biology and we're now trying to disassemble and reverse engineer it. "- Ray Kurzweil
"What's happening now, though — and Craig mentioned some of this with synthetic biology — is we're starting to move from just analysis of systems into engineering systems. I want to say a few words about engineering in general, and then about what's happening in biological engineering and how it's going to change completely from what people are thinking about right now."-Rodney Brooks
"Gödel mistrusted our ability to communicate. Natural language, he thought, was imprecise, and we usually don't understand each other. Gödel wanted to prove a mathematical theorem that would have all the precision of mathematics—the only language with any claims to precision—but with the sweep of philosophy. He wanted a mathematical theorem that would speak to the issues of meta-mathematics. And two extraordinary things happened. One is that he actually did produce such a theorem. The other is that it was interpreted by the jazzier parts of the intellectual culture as saying, philosophically exactly the opposite of what he had been intending to say with it."
...on the research on mind, brain, and behavior that may be relevant to gender disparities in the sciences, including the studies of bias, discrimination and innate and acquired difference between the sexes.
"Of course, there will be people who object. There will be people who will say that this is a revival of racial science. Perhaps so. I would argue, however, that even if this is a revival of racial science, we should engage in it for it does not follow that it is a revival of racist science. Indeed, I would argue, that it is just the opposite."
"When you put that set of horrendous work conditions and external factors together, it creates an evil barrel. You could put virtually anybody in it and you're going to get this kind of evil behavior. The Pentagon and the military say that the Abu Ghraib scandal is the result of a few bad apples in an otherwise good barrel. That's the dispositional analysis. The social psychologist in me, and the consensus among many of my colleagues in experimental social psychology, says that's the wrong analysis. It's not the bad apples, it's the bad barrels that corrupt good people. Understanding the abuses at this Iraqi prison starts with an analysis of both the situational and systematic forces operating on those soldiers working the night shift in that 'little shop of horrors."
AFFECTIVE FORECASTING...OR...THE BIG WOMBASSA: WHAT YOU THINK YOU'RE GOING TO GET, AND WHAT YOU DON'T GET, WHEN YOU GET WHAT YOU WANT
"The problem lies in how we imagine our future hedonic states. We are the only animals that can peer deeply into our futures—the only animal that can travel mentally through time, preview a variety of futures, and choose the one that will bring us the greatest pleasure and/or the least pain. This is a remarkable adaptation—which, incidentally, is directly tied to the evolution of the frontal lobe—because it means that we can learn from mistakes before we make them. We don't have to actually have gallbladder surgery or lounge around on a Caribbean beach to know that one of these is better than another. We may do this better than any other animal, but our research suggests that we don't do it perfectly. Our ability to simulate thefuture and to forecast our hedonic reactions to it is seriously flawed, and that people are rarely as happy or unhappy as they expect to be."
"For the last ten or fifteen years, I've been trying to understand situations in nature in which the genes within a single individual are in disagreement—or put differently, in which genes within an individual are selected in conflicting directions. It's an enormous topic, which 20 years ago looked like a shadow on the horizon, just as about a hundred years ago what later became relativity theory was just two little shadows on the horizon of physics, and blew up to become major developments. In genetics it's fair to say that about 20 years ago a cloud on the horizon was our knowledge that there were so-called selfish genetic elements in various species that propagated themselves at the expense of the larger organism. What was then just a cloud on the horizon is now a full-force storm with gale winds blowing."