Nah, nope, nuh-uh, that’s not how science works. A person’s concerns about the methodology or conclusions of a particular study are not invalid just because they haven’t run their own experiments.
It’s pretty easy for even a layperson to question this particular study, for a few reasons:
The sample sizes are very small
Some men can get erections/aroused if the wind blows the wrong way, or even for no reason at all - putting porn in front of someone and expecting them not to become aroused is a dubious assumption at best
Using some external test to determine someone’s sexuality, instead of using the person’s self-identification, goes against the last 30 years of progress we’ve made in gender and sexuality studies
The conclusion of the study may indicate some level of homophobic or anti-homosexual bias
Don’t gatekeep good critical thinking. Good critical thinking is the only thing you ever need to question any scientific study.
I can think of multiple reasons a straight man could get aroused by seeing a dick.
First, erections don’t occur only because of arousal, they can happen from adrenaline as well. I guess if you’re a homophobe and are about to watch gay porn as part of research, you might get a bit of adrenaline.
Another reason I can think of is that most straight men see a dick when they watch porn, meaning their brain may make the association of “dick on screen = some hot nude lady is gonna show up”.
I think that you make some good points. But I take issue with your third point. People lie about things to researchers (or simply don’t know have some sort of self-knowledge) all the time. This is the whole concept of “revealed preference” in economics. Someone can say that they care about sweatshop labor, but do they actually make any effort to avoid buying products produced in sweatshops?
Not questioning the experiment subjects’ stated sexual identity just neuters the whole point of the study: is homophobia driven by repressed homosexual desire. If it is repressed, we should expect subjects to say they are straight even if they aren’t. Could the methodology be flawed? Sure! But there is nothing wrong with trying to actually measure the homosexual attraction of someone who says they are not so attracted.
That’s fair, but I get the feeling that the researchers came up with their conclusion before performing their study, and then interpreted their findings to fit that pre-supposed conclusion. The only thing this study can fairly claim is that some homophobic men may harbor homosexual desires. They’ve failed to demonstrate any causal linkage between those two attributes, but they’re heavily suggesting one exists. Maybe their abstract grossly oversimplifies things, but it seems to extrapolate their findings far beyond any reasonable conclusion in my opinion, and that makes me question their methods and motives more than I normally would. The publication date also raises flags, as the common pervasive sentiment about homosexuality was very different in 1996 than it is today. All of those things combined indicate to me that this study should be carefully considered with plenty of grains of salt at hand.
But to get back on topic a little bit - my original intent was to refute the notion that if someone has a problem with the methodology of a scientific study, then they must perform their own study and present evidence to support a contrary claim. The examples I listed are things it would be reasonable to expect a layman with solid critical thinking skills to point out as potential flaws in this particular study, potential areas to look further into, to confirm whether or not the study is scientifically sound.
I definitely agree with you on all counts there. A single underpowered study does not sound science make, even disregarding the authors’ potential biases.
Point 2 is covered by having a control group and point 3 seems to be missing the point: well yeah, don’t take the conclusion too far, but that doesn’t mean measuring arousal is bad science.
Bigger issues are low sample size (as you mentioned) and the fact that it’s a correlational study that hasn’t done any work to causally link them.
Someone should repeat the study. That’s all I’m saying. If the criticism is that the study was too small or done too long ago, or whatever. The anti-science crowd are the ones who reason away the results of science with no basis of fact.
If you disagree with the facts, it is your responsibility to disprove them.
No, what you said was “if you disagree with the science, perhaps you should do your own study”.
“Disagree with the science” is a disingenuous oversimplification bordering on nonsensical. People are calling into question the methods of the study, and the conclusions reached by the scientists interpreting the data. All of which can be accomplished with good critical thinking, and all of which is part of the scientific process. We’re not “disagreeing with the science”. We don’t need to repeat this experiment or run our own to be able to point out that it looks like there are flaws in this study - we just need to have good critical thinking skills.
If you disagree with the facts, it is your responsibility to disprove them.
What facts? Are you implying that the content of a scientific study becomes “fact” simply because a scientist publishes it? Because that’s wrong, and any published scientist will tell you as much.
This whole discussion you see above is part of the process of repeating a study. You can’t just do exactly what the previous study did and expect all the flaws to magically disappear. You need to first uncover the flaws, and more eyes and collaboration means a higher likelihood that the flaws get found, hence the importance of these discussions. Then you redesign the experiment to fix those flaws, and then you can run it again.
If you disagree with the science, perhaps you should do your own study?
Yeah gimme a bunch of money lol
Lemme just reach into my giant money bag … Hey, who took my giant money bag!?
You left it in the parlor
That explains why the butler was looking shifty when he announced brunch …
https://www.youtube.com/watch?v=dg1G5bZgKc4
Nah, nope, nuh-uh, that’s not how science works. A person’s concerns about the methodology or conclusions of a particular study are not invalid just because they haven’t run their own experiments.
It’s pretty easy for even a layperson to question this particular study, for a few reasons:
Don’t gatekeep good critical thinking. Good critical thinking is the only thing you ever need to question any scientific study.
I can think of multiple reasons a straight man could get aroused by seeing a dick.
First, erections don’t occur only because of arousal, they can happen from adrenaline as well. I guess if you’re a homophobe and are about to watch gay porn as part of research, you might get a bit of adrenaline.
Another reason I can think of is that most straight men see a dick when they watch porn, meaning their brain may make the association of “dick on screen = some hot nude lady is gonna show up”.
I think that you make some good points. But I take issue with your third point. People lie about things to researchers (or simply don’t know have some sort of self-knowledge) all the time. This is the whole concept of “revealed preference” in economics. Someone can say that they care about sweatshop labor, but do they actually make any effort to avoid buying products produced in sweatshops?
Not questioning the experiment subjects’ stated sexual identity just neuters the whole point of the study: is homophobia driven by repressed homosexual desire. If it is repressed, we should expect subjects to say they are straight even if they aren’t. Could the methodology be flawed? Sure! But there is nothing wrong with trying to actually measure the homosexual attraction of someone who says they are not so attracted.
That’s fair, but I get the feeling that the researchers came up with their conclusion before performing their study, and then interpreted their findings to fit that pre-supposed conclusion. The only thing this study can fairly claim is that some homophobic men may harbor homosexual desires. They’ve failed to demonstrate any causal linkage between those two attributes, but they’re heavily suggesting one exists. Maybe their abstract grossly oversimplifies things, but it seems to extrapolate their findings far beyond any reasonable conclusion in my opinion, and that makes me question their methods and motives more than I normally would. The publication date also raises flags, as the common pervasive sentiment about homosexuality was very different in 1996 than it is today. All of those things combined indicate to me that this study should be carefully considered with plenty of grains of salt at hand.
But to get back on topic a little bit - my original intent was to refute the notion that if someone has a problem with the methodology of a scientific study, then they must perform their own study and present evidence to support a contrary claim. The examples I listed are things it would be reasonable to expect a layman with solid critical thinking skills to point out as potential flaws in this particular study, potential areas to look further into, to confirm whether or not the study is scientifically sound.
I definitely agree with you on all counts there. A single underpowered study does not sound science make, even disregarding the authors’ potential biases.
Point 2 is covered by having a control group and point 3 seems to be missing the point: well yeah, don’t take the conclusion too far, but that doesn’t mean measuring arousal is bad science.
Bigger issues are low sample size (as you mentioned) and the fact that it’s a correlational study that hasn’t done any work to causally link them.
Someone should repeat the study. That’s all I’m saying. If the criticism is that the study was too small or done too long ago, or whatever. The anti-science crowd are the ones who reason away the results of science with no basis of fact. If you disagree with the facts, it is your responsibility to disprove them.
No, what you said was “if you disagree with the science, perhaps you should do your own study”.
“Disagree with the science” is a disingenuous oversimplification bordering on nonsensical. People are calling into question the methods of the study, and the conclusions reached by the scientists interpreting the data. All of which can be accomplished with good critical thinking, and all of which is part of the scientific process. We’re not “disagreeing with the science”. We don’t need to repeat this experiment or run our own to be able to point out that it looks like there are flaws in this study - we just need to have good critical thinking skills.
What facts? Are you implying that the content of a scientific study becomes “fact” simply because a scientist publishes it? Because that’s wrong, and any published scientist will tell you as much.
Ah, thank you for quoting my words back to me. Now kindly fuck off.
No u
Do you know what peer review means?
Are you a scientist?
Critique and analysis of a study or experiment is the default. It isn’t a religion; science thrives on repeat analysis.
Which is why someone should repeat the study to confirm or contradict it.
This whole discussion you see above is part of the process of repeating a study. You can’t just do exactly what the previous study did and expect all the flaws to magically disappear. You need to first uncover the flaws, and more eyes and collaboration means a higher likelihood that the flaws get found, hence the importance of these discussions. Then you redesign the experiment to fix those flaws, and then you can run it again.
I agree with you.