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DALL·E 2023-12-18 09.03.18 - A modern, three-dimensional version of an educational space-t

What is 3 Body Problem?

3 Body Problem is an American science fiction television series created by David BenioffD. B. Weiss and Alexander Woo, based on the Hugo Award–winning Chinese novel The Three-Body Problem by Liu Cixin. It is the second live-action adaptation after the 2023 Chinese television series.

The series premiered on Netflix with eight episodes on March 21, 2024.

Why study about it?

The story weaves complex scientific concepts, particularly those related to astrophysics and cosmology, into its narrative. This makes it a compelling way to introduce and explore ideas like the three-body problem in celestial mechanics, the structure and scale of the universe, and the laws of physics as they apply on a cosmic scale.


The series explores humanity's place in the universe and the possibility of contact with extraterrestrial civilizations. This can inspire viewers to learn more about space exploration and the ongoing scientific efforts to understand our universe.


Incorporating "The Three-Body Problem" series into ICAN's EduSpace curriculum can offer a range of benefits for students, blending the engagement of science fiction with the rigor of scientific principles. Here are some key advantages:

  1. Enhanced Engagement with STEM: By linking science fiction with real scientific concepts, students might find STEM (Science, Technology, Engineering, and Mathematics) subjects more engaging and accessible. The narrative provides a compelling context for exploring complex ideas, making learning more interesting and memorable.

  2. Critical Thinking and Problem-Solving: The series poses intricate scientific and ethical dilemmas, encouraging students to think critically and develop problem-solving skills. Analyzing fictional scenarios can help students apply theoretical knowledge in practical, albeit hypothetical, situations.

  3. Creative Thinking and Imagination: Science fiction like "The Three-Body Problem" expands the imagination and encourages creative thinking by exploring what could be possible in the universe. This imaginative exploration is valuable in all fields of study and research, fostering innovation.

  4. Interdisciplinary Learning: This curriculum can promote an interdisciplinary approach to education, bridging literature, physics, ethics, technology, and more. Understanding how these disciplines intersect in the context of the series can help students appreciate the value of a holistic educational approach.

  5. Cultural and Philosophical Insights: Given the novel’s Chinese origin and its themes around civilization, communication, and ethics, students can gain insights into different cultural perspectives and philosophical questions about humanity's place in the universe and our responsibilities.

  6. Motivation for Further Study: For students fascinated by the themes and scientific concepts presented in the series, this curriculum can motivate further study in specific areas of science or literature. It can act as a springboard into deeper exploration of astrophysics, cosmology, or science fiction writing.

  7. Media Literacy: By analyzing a television series as part of their curriculum, students can also improve their media literacy, learning to critically engage with content, understand narrative techniques, and differentiate between scientific facts and creative speculation.

  8. Collaborative Learning: Discussing the series and its underlying scientific principles can foster collaboration among students, encouraging them to work together to understand complex concepts or solve problems presented in the narrative.

  9. Ethical Consideration and Debate: "The Three-Body Problem" series raises significant ethical questions about technology, alien contact, and humanity's future. This can serve as a basis for deep discussions and debates, helping students develop their ability to think ethically and consider the broader implications of scientific advancements.

By integrating science fiction with science education, an academy can create a dynamic, interdisciplinary learning experience that not only covers scientific principles but also develops a wide range of cognitive, ethical, and interpersonal skills.

Tailored Curriculum Integration

​By developing and implementing own module based on "The Three-Body Problem," ICAN Academy has taken a significant step towards innovative and engaging education. This initiative not only showcases the potential of integrating science fiction with scientific education but also highlights the academy's commitment to fostering a multifaceted learning environment.

With this module, students are likely experiencing a unique blend of entertainment and education, where the lines between learning and exploring become blurred. The proactive approach in creating such a curriculum can encourage students to develop a love for learning, critical thinking skills, and a broadened perspective on the possibilities of science and technology.

“It was impossible to expect a moral awakening from humankind itself, just like it was impossible to expect humans to lift off the earth by pulling up on their own hair. To achieve moral awakening required a force outside the human race.”

DALL·E 2024-04-03 20.13.42 - A visually rich classroom scene featuring students engaged in

Week 1: Understanding the Cultural Revolution and its Impact on Science


Educational Goal: Develops an understanding of the socio-political context that can shape scientific progress, emphasizing the interplay between politics and science.


Skills Enhanced: Historical analysis, empathy for intellectual challenges during political turmoil, critical thinking about the impact of political events on scientific development.

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Week 2: Introduction to Astrophysics and Radio Astronomy


Educational Goal: Introduces students to fundamental concepts in astrophysics and the technology driving space exploration and observation.


Skills Enhanced: Scientific literacy in astrophysics, practical understanding of radio astronomy, and the significance of technological innovations in science.

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Week 3: The Science of Communication with Extraterrestrial Intelligence


Educational Goal: Explores the scientific and theoretical frameworks for communication with extraterrestrial intelligence, fostering an appreciation for the complexities of SETI.


Skills Enhanced: Application of mathematical and scientific concepts (Drake Equation), debate and ethical reasoning, critical thinking on the feasibility and implications of interstellar communication.

DALL·E 2024-04-03 20.18.42 - A vibrant and educational scene showing an environmental scie

Week 4: Environmental Science and its Role in Civilization


Educational Goal: Highlights the importance of environmental science and sustainability, encouraging students to think about the global impact of human activities on the planet.


Skills Enhanced: Environmental awareness, project management and problem-solving related to local and global environmental issues, understanding of sustainability principles.

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Week 5: Nanotechnology and Materials Science


Educational Goal: Introduces the cutting-edge field of nanotechnology, inspiring creativity and innovation in thinking about future technological solutions.


Skills Enhanced: Scientific understanding of nanoscale phenomena, creativity in applying nanotechnology concepts, experimental skills in observing material properties.

DALL·E 2024-04-03 20.20.45 - A breathtaking cosmic landscape that captures the essence of

Week 6: Theoretical Physics and Cosmology


Educational Goal: Deepens understanding of the fundamental laws governing the universe, encouraging a profound appreciation for the complexity and beauty of the cosmos.


Skills Enhanced: Conceptual understanding of advanced physics theories, application of scientific principles in cosmology, engagement with philosophical implications of physics discoveries.

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Week 7: Artificial Intelligence and Virtual Reality


Educational Goal: Provides insight into the potential and challenges of AI and VR, preparing students for ethical considerations in emerging technologies.


Skills Enhanced: Technological literacy, ethical reasoning in technology use, practical skills in designing AI or VR projects.

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Week 8: Human Survival and the Ethics of Space Exploration


Educational Goal: Engages with the ethical dilemmas of space exploration and human expansion into the cosmos, encouraging a thoughtful approach to humanity's future in space.


Skills Enhanced: Ethical reasoning and debate, creative writing and imagination, teamwork in discussing complex issues.


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