22 October 2024

Study finds racism—and resistance to it—beneath the surface in high school physics

Education

Researchers at the University of Copenhagen wanted to understand how high school students interacted with a physics learning game. However, the observations contained so many examples of problematic behavior that it couldn't be overlooked.

The new study uses comic strips to illustrate the situations observed in the classrooms.
The new study uses comic strips to illustrate the situations observed in the classrooms.

Discussion among students in high school physics is not limited to concepts and experiments. Through hours of observations, researchers at the University of Copenhagen saw how physics becomes entangled with the students' handling of gender and ethnicity—often in an atmosphere of casual racism.

"We hadn't set out to find either racism or sexism in these observations," says Jesper Bruun, associate professor at the Department of Science Education and leader of the research project Marsbase.

"It just appeared as an integrated part of how physics was done in some classrooms."

The researchers wanted to record how students communicate with each other while working on open and exploratory tasks in a physics learning game, when they found an alarming amount of racism and sexism in the conversations. In other instances, the researchers saw that students used their diverse cultural backgrounds to participate more meaningfully in the lessons.

"This diversity made it necessary for us to investigate further to better understand what is really happening in these classrooms," says Jesper Bruun.

The findings have been published in a new study in the journal Science Education.

Casual racism

Jesper Bruun brought his many hours of classroom recordings to KT Doerr, who was working on the Marsbase project at the time and is now an assistant professor at Malmö University, researching the intersection of gender and science education. Together, they selected groups of students whose conversations were analyzed in detail.

KT Doerr expected to hear students discussing their own ethnicity and gender, as they are young people developing their identities. Still, KT was surprised by what the students said during physics class.

“When I first saw the transcriptions of these conversations, I had a hard time believing it,” says KT Doerr.

One of the high school classes was predominantly made up of ethnic Danes. Much of the classroom conversation was racially charged, KT Doerr explains.

“For example, there’s a group that identifies as Group K, and we can hear someone in the background saying ‘Ku Klux Klan.’ This kind of talk happens when students walk in or chat during breaks. And we don't see the teacher reacting to it,” says KT Doerr.

 

A pattern that need to be broken

KT Doerr coded every comment made by the selected student groups to determine when they talked about physics and when they discussed other topics.

In one group, 520 statements were categorized, of which 99 were overtly sexist remarks.

Other observations were more subtle, such as when students automatically assumed that astronauts were men, or when students of different ethnic backgrounds were made to represent everything happening south of the border.

“This is problematic, and it’s important that physics education is capable of breaking these patterns,” says KT Doerr.

If we want to make physics education—and science education in general—more inclusive for different ethnicities and genders, we have to address this.

Jesper Bruun

On the other hand, the researchers also saw instances where students supported each other in expressing their different experiences and languages as part of learning physics.

“When we see students discussing speaking Arabic on Mars, the implication is that they’re not allowed to do that on Earth. So in that way, we also see students resisting the underlying racist tone,” says KT Doerr.

“We believe it’s important to bring these issues to light so that teachers can ultimately address the negative aspects and support the positive ones.”

Cannot be isolated

For some teachers, this might feel like a challenge they’re not equipped to handle. But it’s necessary, says Jesper Bruun.

“If we want to make physics education—and science education in general—more inclusive for different ethnicities and genders, we have to address this.”

When studying how high school students learn physics, you cannot isolate it to just their academic discussions, Jesper Bruun emphasizes. Learning is intertwined with everything else that happens in the classroom.

“You’re not just learning about energy or electricity. There are affective factors that come into play,” says Jesper Bruun.

“So, if there’s overt racism or sexism in the space where you learn physics, and you start to view the physics class as a place where you not only learn physics but also learn to be sexist and racist, then that’s a problem.”

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