Want to help students recognize and become critical viewers of science in popular culture?
Films introduce intriguing ideas and provocative viewpoints about the role of science in life and society, and as such, they make great teaching tools. By allowing your students to connect with science through a fictional story, you can facilitate excellent learning opportunities.
We’ve chosen 4 films from among staff favorites. Each suggestion includes a brief synopsis as well as some talking points for in-class discussions or student assignments.
Be sure to check and follow your district policies regarding the use of ancillary materials.
Gattaca (1997)
Gattaca portrays a futuristic society in which DNA technologies are used in family planning to screen potential embryos for desired and undesired traits. The main character, whose genetic traits have been deemed inferior, must compete with the upper tiers of his society to realize his dream of traveling into space.
Questions
Scientists have identified nearly 1,000 genetic diseases and found genetic predispositions for a variety of conditions. Despite our growing body of knowledge about the human genome, it remains unclear whether or not personality traits such as sense of humor and intelligence have any sort of genetic base. What kind of information would you, as a researcher, want to collect to determine if such a link exists?
Complete background research on the eugenics movement of the 19th century. Compare and contrast ideas from the movement with the culture of the society presented in the film. Are there any common themes?
Born Free (1966)
Based on the book of the same name, Born Free is the story of Joy Adamson and her husband George, who together play surrogate parents to a trio of orphaned lion cubs. When George is called for a transfer, two of the cubs are sent to live at a zoo. Having bonded with Elsa, the smallest of the three cubs, Joy takes on the task of teaching her to hunt and live as a wild lioness.
Â
Questions
Complete background research about the threats facing African lions today. Currently, what are the biggest threats to their survival? Does the film address any of them?
Discuss the techniques Joy and George use to teach Elsa the skills she will need to live as a wild lioness. How are these similar to some of the domestic animal training techniques you may be familiar with?
Ice Age (2002)
Set during an undisclosed prehistoric period, Ice Age follows a wooly mammoth, a sloth, and a saber-tooth cat on a mission to return a human child to its family.
Questions
The animals depicted in the film show several adaptations that help them survive. Describe three of these adaptations, and explain how they might change over several generations after the ice age sets in.
Complete background research on a mass extinction event that occurred during Earth’s natural history. How could extinction promote speciation (the emergence of new organisms) in the fossil record?
Lorenzo’s Oil (1992)
Based on a true story, Lorenzo’s Oil follows the progression of the genetic disease adrenoleukodystrophy (ALD) in a 5-year-old boy named Lorenzo Odone. Lorenzo’s diagnosis and grim prognosis inspires his parents to seek information and encourage collaboration among members of the medical community. This eventually leads to the development of therapeutic dietary oils to slow the progression of the disease.
Questions
ALD follows which type of genetic inheritance pattern? Briefly explain how Lorenzo inherited ALD.
The principal of competitive inhibition is used frequently throughout the film. Complete background research on other treatments that use this principal to slow or reverse the progression of disease. In your response, explain the principal of competitive inhibition as it applies to the treatment you have chosen.
Erin Brockovich (2000)
This film dramatizes a real environmental contamination case involving hexavalent chromium in drinking water. It can support classroom discussion about toxicology, environmental monitoring, public health evidence, and how scientific data are used in legal and community settings.
Questions
What kinds of evidence would scientists need to connect a chemical contaminant to health effects in a community? How does the film show, simplify, or dramatize that process?
How could students distinguish between correlation and causation when evaluating environmental health claims?
Finding Nemo (2003)
Although animated, this film introduces marine ecosystems, predator-prey relationships, symbiosis, fish behavior, and coral reef habitats. It is especially useful for younger students when paired with factual research about clownfish, sea anemones, and reef conservation.
Questions
Which animal behaviors in the film are accurate, and which are anthropomorphized for storytelling?
How does the film portray coral reef biodiversity, and what important reef threats are missing or simplified?
The Day After Tomorrow (2004)
This disaster film presents an extreme and rapid climate shift triggered by changes in ocean circulation. It can be useful for discussing climate systems, feedback loops, ocean currents, and the difference between plausible scientific mechanisms and exaggerated timelines.
Questions
Which climate processes in the film are based on real science, and which parts are exaggerated for dramatic effect?
What data would scientists use to evaluate whether ocean circulation is changing?
March of the Penguins (2005)
This documentary follows emperor penguin reproduction and survival in Antarctica. Teachers can use it to discuss animal adaptations, life cycles, parental investment, migration, energy budgets, and the challenges of filming wildlife without over-interpreting animal behavior.
Questions
How do emperor penguin adaptations help them survive extreme cold, long fasting periods, and reproductive challenges?
Where does the narration make penguin behavior seem human-like, and how might that affect a viewer’s interpretation of the science?
Wall-E (2008)
This animated science-fiction film imagines a future Earth overwhelmed by waste and environmental neglect. It can introduce sustainability, robotics, human impacts on ecosystems, consumer waste, and the limits of using simplified fiction to discuss complex environmental problems.
Questions
What environmental problems does the film show accurately, and what scientific details are left unexplained?
Could one plant realistically indicate that Earth’s ecosystem is recovering? What other evidence would scientists need?
Contagion (2011)
This film depicts the emergence and spread of a novel infectious disease, emphasizing epidemiology, transmission, contact tracing, vaccine development, public health communication, and misinformation. It is useful for older students studying disease ecology or public health.
Questions
How does the film show disease transmission, incubation period, and R0? Which details would students need to verify with real epidemiological data?
How do public health decisions depend on evidence, uncertainty, and communication with the public?
Interstellar (2014)
This science-fiction film explores gravity, relativity, time dilation, black holes, wormholes, and planetary habitability. While many ideas are speculative, the movie can prompt strong discussion about where theoretical physics ends and storytelling begins.
Questions
How does gravitational time dilation work, and which scenes in the film best illustrate the concept?
Which elements of the film are based on accepted physics, and which require speculation beyond current evidence?
The Martian (2015)
This film follows an astronaut using chemistry, botany, engineering, and mathematics to survive after being stranded on Mars. It is strong for teaching problem-solving, experimental thinking, resource limits, planetary science, and the difference between scientifically grounded fiction and cinematic shortcuts.
Questions
Which survival strategies in the film are scientifically plausible, and which would face serious practical obstacles on Mars?
How does the main character use the scientific method when solving problems?
Hidden Figures (2016)
Based on real people and events, this film highlights the mathematics behind early spaceflight, including orbital calculations, computer programming, and engineering teamwork at NASA. It also supports discussion of how science is shaped by institutions, access, and collaboration.
Questions
Why were precise mathematical calculations essential for crewed spaceflight, and how could students verify the basic physics involved?
How does the film show the relationship between human expertise and emerging computer technology?
Apollo 11 (2019)
This documentary uses archival footage and audio to follow the Apollo 11 mission. It can support lessons on engineering systems, rocketry, orbital mechanics, mission control, evidence from primary sources, and how documentaries differ from dramatized films.
Questions
How does using archival footage affect the way viewers evaluate the accuracy of the science and engineering shown?
What physical principles make a lunar mission possible, and which parts of the mission required the greatest precision?
Radioactive (2019)
This biographical drama portrays Marie Curie’s research on radioactivity and the broader consequences of scientific discovery. It can be used to discuss experimental evidence, radiation safety, the history of chemistry and physics, and how films compress or dramatize scientific careers.
Questions
What evidence did scientists need to identify and study radioactivity, and how does the film represent that process?
How should scientists weigh the benefits of discovery against possible harmful uses or unintended consequences?
Don't Look Up (2021)
This satire follows scientists trying to warn society about an approaching comet. While exaggerated, it can help older students discuss planetary defense, risk communication, peer review, media literacy, and how scientific evidence is received by the public.
Questions
What evidence would astronomers need to calculate the path and risk of an incoming comet or asteroid?
How does the film portray scientific communication, and what strategies might improve public understanding of high-risk scientific information?
Summary Table: Movies and Science Validity Questions
| Movie | Year | Science Focus | Questions About Scientific Validity | Discussion Prompt |
|---|---|---|---|---|
| Erin Brockovich | 2000 | Environmental contamination, toxicology, public health | What evidence connects contamination to health effects? How does the film simplify correlation and causation? | Have students debate what evidence should be required before a community, company, or government takes action on a possible health risk. |
| Finding Nemo | 2003 | Marine biology, coral reefs, animal behavior | Which animal behaviors are accurate, and which are anthropomorphized? What reef threats are missing or simplified? | Ask students to choose one species from the film and compare its movie behavior with reliable biological information. |
| The Day After Tomorrow | 2004 | Climate science, ocean circulation, feedback loops | Which climate processes are real, and which are exaggerated? What data would scientists use to evaluate ocean circulation? | Have students separate the film's climate claims into "scientifically plausible," "exaggerated," and "fictional," then justify each choice. |
| March of the Penguins | 2005 | Animal adaptations, reproduction, Antarctic ecology | How do penguin adaptations support survival? Where does narration make animal behavior seem human-like? | Invite students to discuss how documentary narration can shape audience interpretation of animal behavior and survival strategies. |
| Wall-E | 2008 | Sustainability, waste, robotics, environmental impact | What environmental problems are shown accurately? Could one plant realistically indicate ecosystem recovery? | Ask students to design a realistic evidence checklist scientists would need before concluding that an ecosystem is recovering. |
| Contagion | 2011 | Epidemiology, transmission, vaccines, public health | How accurately are disease spread, incubation, and R0 shown? How do evidence and uncertainty shape public health decisions? | Have students role-play public health officials deciding what to communicate when scientific evidence is still changing. |
| Interstellar | 2014 | Relativity, black holes, time dilation, planetary habitability | How does gravitational time dilation work? Which elements are accepted physics, and which are speculative? | Ask students to identify one scene that illustrates real physics and one scene that depends mainly on speculation or storytelling. |
| The Martian | 2015 | Mars science, chemistry, botany, engineering | Which survival strategies are plausible? How does the character use the scientific method to solve problems? | Have students choose one survival problem from the film and outline the hypothesis, test, evidence, and revision process used to solve it. |
| Hidden Figures | 2016 | Mathematics, orbital mechanics, computing, spaceflight | Why were precise calculations essential? How does the film show the relationship between human expertise and computers? | Ask students to discuss why human judgment remained important even as computer technology became more powerful. |
| Apollo 11 | 2019 | Rocketry, engineering systems, lunar mission science | How does archival footage affect judgments of accuracy? What physical principles made the lunar mission possible? | Have students compare documentary evidence with dramatized space films and discuss how source type affects credibility. |
| Radioactive | 2019 | Radioactivity, chemistry, physics, scientific ethics | What evidence was needed to study radioactivity? How should scientists weigh discovery against unintended consequences? | Ask students to discuss whether scientists are responsible for how later societies use their discoveries. |
| Don't Look Up | 2021 | Astronomy, planetary defense, science communication | What evidence predicts comet or asteroid risk? How does the film portray scientific communication and public understanding? | Have students evaluate how scientists should communicate urgent risks when audiences may distrust or misunderstand the evidence. |
