From "Trust in testimony and miracles":
I have been of late fascinated by the research of the developmental psychologist Paul L. Harris, who has investigated how young children acquire information through testimony. Harris gauges two psychological hypotheses. The first, which he attributes to Hume, is that children always assess the **content **of the information: they are more inclined to disbelieve information that widely differs from their earlier experience. The second, which he identifies with Reid’s position is that children are naturally credulous; they are inclined to indiscriminately believe what others testify, no matter who they are or what they tell.
...Harris found that children do not fall into either pattern. Pace the Humean account, he found that young children are readily inclined to believe extraordinary claims, such as that there are invisible organisms on your hands that can make you ill and that you need to wash off, and that there is a man who visits you each 24th December to bring presents and candy if you are nice (see e.g., Harris & Koenig, 2006, Child Development, 77, 505 − 524). But children are not blindly credulous either, as Reid supposed. In a series of experiments, Harris could show that even children of 24 months pay attention to the reliability of the testifier. When they see two people, one of which systematically misnames known objects (e.g., saying "that’s a bear", while presenting a bottle), toddlers are less likely to trust later utterances by these unreliable speakers (when they name unfamiliar objects), and more likely to trust people who systematically gave objects their correct names (see e.g., Paul L. Harris and Kathleen H. Corriveau Phil. Trans. R. Soc. B 2011 366, 1179-1187.) Experiments by Mills and Keil show that 6-year-olds already take into account a testifier’s self-interest: they are more likely to believe someone who says he lost a race than someone who says he won it (Candice M. Mills and Frank C. Keil Psychological Science 2005 16: 385).
See also:
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"Atheism & autism spectrum"
Cognitive Style Tends To Predict Religious Conviction
Anyone who knows toddlers knows this is a GAME.
Experimenter: "That’s a bear." Toddler "Nooo it isn’t, it’s a bottle!" (Laughter)
You can bet the experimenter gave the whole thing away with lots of play-face expressions as well. The toddler probably trusts both speakers, but are expecting one of them to carry on fooling around.
Comment
I think it’s more than just that simple game:
-- Harris and Corriveau 2011
http://www.theatlantic.com/magazine/archive/2005/12/is-god-an-accident/304425/?single_page=true
...At this point the religion-as-accident theory says nothing about supernatural beliefs. Babies have two systems that work in a cold-bloodedly rational way to help them anticipate and understand—and, when they get older, to manipulate—physical and social entities. In other words, both these systems are biological adaptations that give human beings a badly needed head start in dealing with objects and people. But these systems go awry in two important ways that are the foundations of religion. First, we perceive the world of objects as essentially separate from the world of minds, making it possible for us to envision soulless bodies and bodiless souls. This helps explain why we believe in gods and an afterlife. Second, as we will see, our system of social understanding overshoots, inferring goals and desires where none exist. This makes us animists and creationists.
...But no scientist takes seriously Cartesian dualism, which posits that thinking need not involve the brain. There is just too much evidence against it.
Still, it feels right, even to those who have never had religious training, and even to young children. This became particularly clear to me one night when I was arguing with my six-year-old son, Max. I was telling him that he had to go to bed, and he said, "You can make me go to bed, but you can’t make me go to sleep. It’s my brain!" This piqued my interest, so I began to ask him questions about what the brain does and does not do. His answers showed an interesting split. He insisted that the brain was involved in perception—in seeing, hearing, tasting, and smelling—and he was adamant that it was responsible for thinking. But, he said, the brain was not essential for dreaming, for feeling sad, or for loving his brother. "That’s what I do," Max said, "though my brain might help me out." Max is not unusual. Children in our culture are taught that the brain is involved in thinking, but they interpret this in a narrow sense, as referring to conscious problem solving, academic rumination. They do not see the brain as the source of conscious experience; they do not identify it with their selves. They appear to think of it as a cognitive prosthesis—there is Max the person, and then there is his brain, which he uses to solve problems just as he might use a computer. In this commonsense conception the brain is, as Steven Pinker puts it, "a pocket PC for the soul."
...The experimenters asked the children a set of questions about the mouse’s biological functioning—such as "Now that the mouse is no longer alive, will he ever need to go to the bathroom? Do his ears still work? Does his brain still work?"—and about the mouse’s mental functioning, such as "Now that the mouse is no longer alive, is he still hungry? Is he thinking about the alligator? Does he still want to go home?" As predicted, when asked about biological properties, the children appreciated the effects of death: no need for bathroom breaks; the ears don’t work, and neither does the brain. The mouse’s body is gone. But when asked about the psychological properties, more than half the children said that these would continue: the dead mouse can feel hunger, think thoughts, and have desires. The soul survives. And children believe this more than adults do, suggesting that although we have to learn which specific afterlife people in our culture believe in (heaven, reincarnation, a spirit world, and so on), the notion that life after death is possible is not learned at all. It is a by-product of how we naturally think about the world.
...Stewart Guthrie, an anthropologist at Fordham University, was the first modern scholar to notice the importance of this tendency as an explanation for religious thought. In his book Faces in the Clouds, Guthrie presents anecdotes and experiments showing that people attribute human characteristics to a striking range of real-world entities, including bicycles, bottles, clouds, fire, leaves, rain, volcanoes, and wind. We are hypersensitive to signs of agency—so much so that we see intention where only artifice or accident exists. As Guthrie puts it, the clothes have no emperor. Our quickness to over-read purpose into things extends to the perception of intentional design. People have a terrible eye for randomness. If you show them a string of heads and tails that was produced by a random-number generator, they tend to think it is rigged—it looks orderly to them, too orderly. After 9/11 people claimed to see Satan in the billowing smoke from the World Trade Center. Before that some people were stirred by the Nun Bun, a baked good that bore an eerie resemblance to Mother Teresa. In November of 2004 someone posted on eBay a ten-year-old grilled cheese sandwich that looked remarkably like the Virgin Mary; it sold for $28,000. (In response pranksters posted a grilled cheese sandwich bearing images of the Olsen twins, Mary-Kate and Ashley.) There are those who listen to the static from radios and other electronic devices and hear messages from dead people—a phenomenon presented with great seriousness in the Michael Keaton movie White Noise. Older readers who lived their formative years before CDs and MPEGs might remember listening intently for the significant and sometimes scatological messages that were said to come from records played backward.
...Sometimes there really are signs of nonrandom and functional design. We are not being unreasonable when we observe that the eye seems to be crafted for seeing, or that the leaf insect seems colored with the goal of looking very much like a leaf. The evolutionary biologist Richard Dawkins begins The Blind Watchmaker by conceding this point: "Biology is the study of complicated things that give the appearance of having been designed for a purpose." Dawkins goes on to suggest that anyone before Darwin who did not believe in God was simply not paying attention...Richard Dawkins may well be right when he describes the theory of natural selection as one of our species’ finest accomplishments; it is an intellectually satisfying and empirically supported account of our own existence. But almost nobody believes it. One poll found that more than a third of college undergraduates believe that the Garden of Eden was where the first human beings appeared. And even among those who claim to endorse Darwinian evolution, many distort it in one way or another, often seeing it as a mysterious internal force driving species toward perfection. (Dawkins writes that it appears almost as if "the human brain is specifically designed to misunderstand Darwinism.") And if you are tempted to see this as a red state—blue state issue, think again: although it’s true that more Bush voters than Kerry voters are creationists, just about half of Kerry voters believe that God created human beings in their present form, and most of the rest believe that although we evolved from less-advanced life forms, God guided the process. Most Kerry voters want evolution to be taught either alongside creationism or not at all...It’s not surprising, then, that nascent creationist views are found in young children. Four-year-olds insist that everything has a purpose, including lions ("to go in the zoo") and clouds ("for raining"). When asked to explain why a bunch of rocks are pointy, adults prefer a physical explanation, while children choose a functional one, such as "so that animals could scratch on them when they get itchy." And when asked about the origin of animals and people, children tend to prefer explanations that involve an intentional creator, even if the adults raising them do not. Creationism—and belief in God—is bred in the bone.
From http://lesswrong.com/lw/7o4/atheism_the_autism_spectrum/6x1c :
From http://james-g.com/2012/06/examining-idealism-part-3/ :
Jaynes’s The Mind Projection Fallacy (PDF)
"to quote the philosopher Richard Joyce, from his book The Evolution of Morality:
The children treated the instantiation of all properties as existentially independent of humans (i.e., before anyone was around, grapes were yummy, roses were beautiful, and so on), yet made a striking distinction between properties that depend on preferences and those that did not: Things that are yummy or icky are yummy and icky for some people, whereas things that are good are good "for real." Having reviewed such evidence, Shaun Nichols (2004: 176) comes to this conclusion: "The data on young children thus suggest, as a working hypothesis, that moral objectivism is the default setting on common-sense metaethics." […] Larry Nucci (1986, 2001) has even found that among Mennonite and Amish children and adolescents God’s authority does not determine moral wrongness. When asked whether it would be OK to work on a Sunday if God said so, 100 percent said "Yes"; when asked whether it would be OK to steal if God said so, over 80 percent said "No." Such findings contribute to a compelling body of evidence that moral prescriptions and values are experienced as "objective" in the sense that they don’t seem to depend on us, or on any authoritative figure.
I think this needs proper analysis with regards to the possibility that there’s several distinct populations or huge variability in traits. Actually all the psychology studies badly need that. When people support either hypothesis, it would seem they are to some extent generalizing from their own memories; the disagreement should be seen as suggestion that there may be different populations.
Comment
If you read the refs, you see that differences are observed between fundamentalist populations of kids and regular kids with regard to things like a creator God vs evolution vs spontaneous generation, but the differences increase with age.
Downvoted; too much weight on 3 studies.
Comment
This is a big quote and two links. There’s no actual thesis here that could be asserted too strongly relative to cited evidence. (Besides, for some questions one study can be enough.)