Across the calculus sections, women outperformed men on grades.

Several recent studies have suggested that the gender gap in STEM fields is caused not by bias, but simply by different choices made by men and women. What the new research shows, Dasgupta said, is choice isn’t as simple as people think. “People assume that these choices are free choices, based on talent and interest and motivation,” Dasgupta said. “But these data suggest that the meaning of choices, of what it means to choose math or science, is more complicated. Even talented people may not choose math or science not because they don’t like it or are not good at it, but because they feel that they don’t belong.”

Inoculation Against Stereotype by Scott Jaschik (Inside Higher Ed)

There is a common belief among some computer geek communities that women are underrepresented in STEM because we just don’t like it, and so we should celebrate differences instead of making women “miserable” by “forcing” us into careers we “don’t like”. This study would debunk that myth, if only most men in tech who discuss the topic of women in tech actually did some research on it, instead of leaving comments that make male geeks feel good about themselves and rationalize the gender imbalance in “their” field.

For other male geeks who insist that there are hard-wired brain differences in men and women, and argue that women’s brains are hard-wired against understanding math and science as well as men (instead of hard-wired against enjoying math and science), this part of the article should be emphasized:

Skeptics might wonder if some of the [gender] differences [in engagement] among students relate to how well the students know the material. The researchers checked for that and found that, across sections, women outperformed men on grades. So the data point to women losing confidence with male instructors — even if female students know the material as well as or better than their male counterparts.

Link: Inoculation Against Stereotype (Inside Higher Ed)

Men agree to casual sex more, because female strangers are not considered dangerous and bad in bed.

Or (Heterosexual) Male privilege, not evolution or innate female frigidness, explains the gender difference in accepting random propositions for casual sex.

Gender Differences and Casual Sex: The New Research:

[M]ost of the gender difference in women’s and men’s propensity to agree to a broad-daylight, out-of-nowhere proposition for casual sex is driven by women’s perception that their risks are higher, and their likely enjoyment is lower from the proposer.

In the actual paper, Conley (2011) concludes:

First, male sexual proposers (who approached women) are uniformly seen as less desirable than female sexual proposers (who approached men). Therefore, gender differences in the original Clark and Hatfield study are due more to the gender of the proposer than to the gender of the study participants. Moreover, the idea that these gender differences reflect broad, evolved differences in women’s and men’s mating strategies was not supported. Across studies involving both actual and hypothetical sexual encounters, the only consistently significant predictor of acceptance of the sexual proposal, both for women and for men, was the perception that the proposer is sexually capable (i.e., would be “good in bed”). The perceptions of sexual capabilities also mediated the relationship between gender and acceptance of casual sex offers. Finally, indirect evidence suggests that perceptions of risk may play a role in gender differences in casual sex attitudes.

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Diversity in color names is not caused by innate sex differences.

Randall Munroe of xkcd fame conducted a web survey on color perception, and here are the results on (chromosomal) sex differences (although the correct labels should be “Actual color names if you do not have a Y chromosome” versus “Actual color names if you have a Y chromosome”):

Actual color names if you're a girl ... Actual color names if you're a guy ...

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White people lack empathy for brown people, brain research shows.

New research from the University of Toronto-Scarborough shows that white people’s mirror-neuron-system fires much less, if at all, when they watch people of colour performing motor tasks, and I’m not at all surprised. For years, I just assumed that this was true, and that someone just had to do a study to prove it.

After the United States invaded Iraq and massacred tens of thousands of Iraqis, worldwide terrorist recruitment skyrocketed, as well as terrorist attacks targetting the U.S. and coalition countries. Terrorist leaders cited the Iraq invasion and the deaths of Iraqis as the reason for the attacks. However, White Americans did not buy it, believing it to be a smokescreen for some other reason. It must be Islam, they reasoned, as they grasped at straws.

I then realized that the vast majority of White Americans could not empathize with brown people at a very basic level. For most White Americans, the death and violence of thousands of brown bodies was just part of some abstract ethical argument to position oneself as morally superior to the United States. For most White Americans, brown people dying just meant flickers on the television screen about something happening far away. They didn’t feel the overwhelming anger and sadness they would normally feel when someone they know dies without reason. They couldn’t see the full reality of what death means, when the people who die are brown.

I have seen white people complain online that they cannot see the facial expressions of (East) Asian faces. For many white people, East Asians are like emotionless robots who are efficient at machine-like things like number crunching. Some white people argue that while East Asians may be able to play musical instruments beautifully, they play music without soul.

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Endorsement of racial “color-blindness” is linked to racism.

Color-blind racial ideology linked to racism, both online and offline (University of Illinois, via Racialicious):

In a study that examined the associations between responses to racial theme party images on social networking sites and a color-blind racial ideology, Brendesha Tynes, a professor of educational psychology and of African American studies at Illinois, discovered that white students and those who rated highly in color-blind racial attitudes were more likely not to be offended by images from racially themed parties at which attendees dressed and acted as caricatures of racial stereotypes (for example, photos of students dressed in blackface make-up attending a “gangsta party” to celebrate Martin Luther King Jr. Day).

People who reported higher racial color-blind attitudes were more likely to be white, and more likely to condone or not be bothered by racial-theme party images,” Tynes said. “In fact, some even encouraged the photos by adding comments of their own such as ‘Where’s the Colt 45?’ or ‘Party like a rock star.’ ”

To conduct the study, Tynes showed 217 ethnically diverse college students images from racially themed parties and prompted them to respond as if they were writing on a friend’s Facebook or MySpace page.

“Since so much of campus life is moving online, we tried to mimic the online social network environment as much as we could,” Tynes said. “What we saw were people’s responses almost in real time.”

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Environmental and social barriers restrict women in science, tech, engineering, and math.

Why So Few? Women in Science, Technology, Engineering, and Mathematics (PDF) is a new, publicly-accessible research report by AAUW that “presents in-depth yet accessible profiles of eight key research findings that point to environmental and social barriers – including stereotypes, gender bias and the climate of science and engineering departments in colleges and universities – that continue to block women’s participation and progress in science, technology, engineering, and math.”

The report is quite comprehensive, and summarizes and integrates studies from different research areas. At the end of each chapter are practical recommendations based on research findings. Here is a list of the detailed chapters: Chapter 1: Women and Girls in Science, Technology, Engineering, and Mathematics; Chapter 2: Beliefs about Intelligence; Chapter 3: Stereotypes; Chapter 4: Self-Assessment; Chapter 5: Spatial Skills; Chapter 6: The College Student Experience; Chapter 7: University and College Faculty; Chapter 8: Implicit Bias; Chapter 9: Workplace Bias; Chapter 10: Recommendations.

Commentary in the blogosphere:

Scientific findings are not public service announcements.

When a newspaper publishes an article about a recent scientific study concerning humans, it is almost expected that people with a political agenda will pick and choose parts of the article that support their view, and ignore those parts that invalidate it. The science writers may even intentionally and deliberately insert clarifications and disclaimers to make sure the article is inconsistent with a popular incorrect political view, but people with an agenda will ignore the clarifications and disclaimers because they don’t understand it, they reject nuances, or because they simply ignore information that does not fit into their worldview.

However, sometimes members of the public will also take into account the public’s tendency politicize controversial studies, and then accuse the study’s researchers of “knowing” that their study could be used to support a political agenda and conducting the study with the “intention” to stir up controversy and support said political agenda.

Of course, this is a complete misunderstanding of how scientific research works. Almost all scientific studies are not done to educate the general public; they are done to explore the unexplored territory in the field. The primary audience of a scientific paper is other scientists in the field. Only after the original paper endures years of debate and replications among the scientific community do the new findings make it into the canon of an undergraduate textbook. Most published studies do not make it into this canon, and are read by only a small circle of specialists.

In other words, many members of the public assume that scientific studies are conducted for them instead of for other scientists. Given this assumption, it is not too much of logical leap for them to suppose that the scientists conducted a particular controversial study with the nefarious intention to advance a political (e.g., right-wing) agenda.

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