Disengaged Students, Part 4: The Evolution of Anti-Intellectualism

In this 20-part series, I explore the root causes and effects of academic disengagement in K-12 learners and explore the factors driving American society ever closer to being a nation that lacks intellectualism, or the pursuit of knowledge for knowledge’s sake.

The tendency to view scientific fact as merely one theory in a great sea of possible understandings is deeply ingrained in Americans.  This tendency has been deliberately fostered. Since the nation’s founding, people in authoritative positions have periodically managed to convince citizens that actual science is subjective and on the same plane as other unproven theories. While, the term “scientific theory” actually refers to those understandings which have been tested, proven and accepted as the truth in the scientific community, people opposed to these facts on political or religious grounds have often used the term “theory” to disparage the actual validity of the information.

Perhaps no scientific theory has demonstrated this phenomenon more than evolution. When the now legendary Scopes “monkey trial” of 1925 captured the nation’s attention, the strong forces of scientific thought and religious fundamentalism went up against each other in an attempt to decide what should be taught in public schools. Creationism, which rationalists saw as nothing more than a fictional story with a religious purpose, was pitted against the controversial but certainly evidence-based “theory” of the descent of man made popular by Charles Darwin. High-school science teacher John Scopes was seated in the defendant’s chair, but more than his reputation was on the line. The American people looked to the legal system to sort out what they should believe about where they came from and whether their existence was divine or was simply an evolving state in the grand plan of nature.

The actual impact on American society of Scopes’ guilty verdict is debatable, since it was later overturned. The arguments on the part of the prosecution, including William Jennings Bryan’s assertion of the historical accuracy of the Biblical creation story, may seem antiquated by even fundamentalist standards today. Nevertheless, evolution is still treated by many as just one of several explanations for the existence of man, not as the leading scientific theory. For all the scientific and technological advancements made in nearly a century since the Scopes trial, evolution is still considered a matter of opinion, not fact, when it comes to the how and why of human existence.

Misuse of the Word “Evolution”

Some of this has to do with the careless or disingenuous way in which the concept of evolution has sometimes been used outside actual scientific circles. The 19th English philosopher Herbert Spencer used Darwin’s biological research to support the notion that humans were supposed to live in varying states of privilege. Spencer, and later Ernst Haeckel, used the strictly biological parts of evolution to justify social injustice and even eugenics, claiming that white people were more civilized and intelligent than black people as a result of evolution, and that the men who championed their prospective business industries were highly evolved specimens of humanity who deserved more wealth than less-evolved people.

The problem with this use of scientific theory to describe social conditions, besides its blatant misuse of Darwin’s intentions, was that it made more enemies for the actual theory of evolution. Church groups already leery of Darwin’s disproving of Creationism certainly could not sit by and allow the poor to be treated badly in the name of evolution. The term “survival of the fittest” took on a cut-throat, unfeeling meaning that even non-religious people had to question.

Most people understood that humans are not on the same level as animals. In fact Darwin concurred with this understanding, but some people who claimed to be his followers did not, and the inhumane views propounded by those followers tainted Americans’ understanding of Darwin’s original theory. Now, over a century and a half after On the Origin of the Species was first published, Americans are not much closer to a collective acceptance of the facts than they were in 1859.

High school Dropout Rates Up; Are Math and Science the Cause?

More rigorous math and science requirements for high school graduation are in place, and simultaneously dropout rates in the country are up.

Research back to 1990 showed that the US dropout rate rose to a high of 11.4 percent when students were required to take six math and science courses, compared with 8.6 percent for students who needed less math and science courses in order to graduate.

The dropout rate is up to 5 percentage points higher when gender, race and ethnicity are considered.

William F. Tate, vice provost for graduate education and dean of the Graduate School of Arts & Sciences says that part of the problem with adding math and science courses to requirements was that a significant number of students weren’t prepared to meet the revised requirements.

Andrew Plunk, a postdoctoral research fellow in the psychiatry department at Washington University School of Medicine, says the study highlights that the one-size-fits all approach to education requirements is not ideal due to various demographic groups, states and school districts that are all different.

When educational policies cause an unintentional consequence like an increase in students dropping out, the effects reverberate far beyond the classroom walls.

“Communities with higher dropout rates tend to have increased crime,” says Plunk. “Murders are more common. A previous study estimated that a 1 percent reduction in the country’s high school dropout rate could result in 400 fewer murders per year.”

While I do feel that the high drop out rate could be blamed on math and science courses, I don’t feel that the US should ease up on those requirements. I think the key is to better prepare the students. We need to make sure the students are ready for the requirements and aim to help all students graduate high school.

Hands-on chemistry comes home

Science is one of those topics that just has to be experienced to be understood. When I was a public elementary school teacher, I truly saw the importance of hands-on activities where science was concerned. For kids to be able to connect to what is truly magical about the world around us, they have to feel it, touch it, and experiment with it.

Finding ways to come up with experiments to perform, and the money to do it, is harder to do than it sounds. Even if you have both the money and supplies, giving kids the one-on-one time in class to really understand and perform the experiments is challenging. That leaves a lot of the responsibility to parents to help instill a love and comprehension for science to their kids. Finding that time, energy, money and expertise (not every parent completely understands scientific concepts, like chemistry, themselves) can feel futile. Kids needs extra help with science, though, more than ever. Consider these statistics:

All of these factors add up to a need for convenient, expert science tools that parents can implement at home and kids can have fun doing.

Convenient Chemistry at Home

I recently got a behind-the-scenes look at MEL Science, a company that offers an interactive chemistry experiment subscription service that pairs the best of hands-on learning with mobile technology. These standalone education packages include:

  • 38 (!!) interactive chemistry sets
  • Free mobile app for tablets or smartphones
  • Website access to other science facts and stories to complement the experiments

The MEL Science subscription is designed to last for the course of a year, with 3 monthly packages with 1 to 3 experiments each (so each customer gets a total of 4 to 7 experiments per month). The experiments are strengthened by a complementary mobile app that essentially works as a virtual 3D microscope and a website with in-depth information on the projects and science behind them.

The company was founded by a small group of self-proclaimed “science geeks” who saw the need for better at-home science options when they had children of their own. The combined expertise and personal passion are what makes MEL Science so unique in the Ed-Tech field, I think.

I got a chance to look at the app, site and some of the experiments being performed and I actually walked away with a greater understanding of chemistry than I had before. It certainly made me want to get my hands on more of the experiments that MEL Science offers. It was fun, and fascinating, all at once.

According to MEL Science, this subscription service “actually teaches you chemistry instead of showing tricks with a scientific slant.” In other words, young learners aren’t just supposed to be impressed with the flash of science, but they should walk away with a real understanding of the underlying concepts of the experiments. What’s more – parents don’t need to worry that the experiments are unsafe for their kids. There are no explosions. No harmful chemicals. Just safe, but fun, experiments that can be done at home.

A Better Approach to Science Learning

The service that MEL Science offers in its subscription chemistry sets fills a gap that this generation of students desperately needs: hands-on science experiments connected to internet and mobile technology. There is a lot of political rhetoric out there pushing STEM education but our actions have not yet caught up to those lofty words. Science learning starts in our P-12 classrooms and should be supported at home whenever possible. Giving parents easy-to-use tools helps the push for higher science achievement and also serves as a family bonding experience. The student-teacher-parent combination is truly what is needed for the strongest science outcomes, we just have to make it a priority.

To learn more about MEL Science and its chemistry experiment subscription series, visit MelScience.com.

Click here to read all our posts concerning the Achievement Gap.