Table of Contents

A2 Level (Elementary)

  1. Have you heard the word “quantum” before?

  2. Do you think physics is easy or hard?

  3. What is a scientist?

  4. Do you like science?

  5. Can you name a famous scientist?

  6. Do you think atoms are big or small?

  7. What color do you think atoms are?

  8. Is the universe big or small?

  9. Would you like to visit space?

  10. Do you think time can go faster or slower?

  11. Do you like watching science videos?

  12. Can you name any science words?

  13. What does a lab look like?

  14. Do you think we can see atoms with our eyes?

  15. Would you like to be a scientist?

  16. Do you think light is important?

  17. What do you know about energy?

  18. Can we see air?

  19. What makes something move?

  20. Is electricity a type of energy?

  21. Do you think science helps people?

  22. Are you afraid of black holes?

  23. Have you read any science fiction books?

  24. Do you think time travel is real?

  25. Would you go to a science museum?

B1 Level (Intermediate)

  1. What is your understanding of quantum physics?

  2. Why do you think atoms are important?

  3. How is light connected to physics?

  4. Have you ever seen a documentary about space?

  5. What do scientists study in quantum physics?

  6. Why do people say quantum physics is difficult?

  7. What’s the difference between classical and quantum physics?

  8. Do you know any science-related words in English?

  9. Why is science important for our future?

  10. Can we live without technology that science gives us?

  11. Would you like to study physics in the future?

  12. What is something strange you know about space?

  13. Do you think time is always the same?

  14. What questions do you have about atoms?

  15. What do you know about the speed of light?

  16. Do you believe in things you can’t see?

  17. What is energy? Can you give an example?

  18. Can something be in two places at once?

  19. What do you think of the idea of teleportation?

  20. Do you think we’ll understand everything in the universe one day?

  21. How would you explain quantum physics to a child?

  22. Why do scientists use experiments?

  23. What kind of person becomes a physicist?

  24. Do you think everything has a reason in science?

  25. Should schools teach more about space and atoms?

B2 Level (Upper-Intermediate)

  1. How does quantum physics challenge our view of reality?

  2. What do you know about particles and waves?

  3. Why do you think quantum physics is used in technology?

  4. Can you explain the idea of quantum computers?

  5. How is quantum physics different from what we see in daily life?

  6. What do you think about things being in two states at once?

  7. What do you know about Schrödinger’s cat?

  8. Is it possible that we live in a simulation? Why or why not?

  9. Why is uncertainty important in quantum theory?

  10. How do you feel about not knowing all the answers in science?

  11. Should we invest more in scientific research?

  12. Can quantum physics help us fight climate change?

  13. What is your opinion on time travel?

  14. Do you think we could one day teleport objects?

  15. How would you explain quantum entanglement to someone new?

  16. Why is measurement a key issue in quantum physics?

  17. How does quantum physics affect modern technology like phones or GPS?

  18. What is the role of probability in quantum theory?

  19. Is science ever “complete,” or will we always find more questions?

  20. How does quantum physics make you feel — curious, confused, or something else?

  21. If you could ask a physicist one question, what would it be?

  22. How is the idea of a multiverse connected to quantum physics?

  23. What’s the strangest thing you’ve heard about quantum theory?

  24. Do you think quantum physics should be taught in high school?

  25. Would you be interested in watching a movie about quantum physics?

C1 Level (Advanced)

  1. How does quantum physics redefine our understanding of cause and effect?

  2. What implications does quantum physics have on free will?

  3. In what ways is quantum physics used in real-world applications?

  4. Why is the observer effect important in quantum theory?

  5. How might quantum computing change global systems?

  6. What are the philosophical challenges of quantum mechanics?

  7. How would you compare Einstein’s ideas to quantum theory?

  8. Can quantum physics explain consciousness? Why or why not?

  9. What’s your interpretation of the double-slit experiment?

  10. Do you think quantum physics supports or challenges religion?

  11. What does “non-locality” mean in quantum physics, and why does it matter?

  12. How could quantum theory affect international security?

  13. What are the biggest unanswered questions in quantum mechanics?

  14. How does quantum entanglement differ from classical connection?

  15. Should ethical limits be placed on quantum research?

  16. What would it mean if we proved the existence of a multiverse?

  17. Could quantum physics lead to better AI? How?

  18. How does quantum physics influence science fiction storytelling?

  19. What is “superposition,” and what are its possible uses?

  20. Do you believe reality exists when it’s not being observed?

  21. How would you teach the basics of quantum physics to younger students?

  22. Can randomness and determinism exist together in physics?

  23. How does quantum tunneling work, and what can it be used for?

  24. What’s your opinion on string theory vs quantum field theory?

  25. Do you think humans will ever fully understand the quantum world?

C2 Level (Proficiency)

  1. How does quantum mechanics intersect with the concept of reality?

  2. What are the epistemological consequences of quantum uncertainty?

  3. How has quantum theory shifted the paradigm of scientific thought?

  4. Discuss the potential dangers and benefits of quantum computing.

  5. In what ways does quantum entanglement violate classical notions of space?

  6. What is your perspective on the Copenhagen Interpretation vs Many Worlds?

  7. How can quantum mechanics coexist with relativity?

  8. How might quantum theories affect future philosophical discourse?

  9. Is the universe inherently probabilistic or deterministic?

  10. Should the scientific community focus more on practical or theoretical physics?

  11. How do we interpret consciousness in light of quantum experiments?

  12. What ethical considerations surround experimentation at the quantum level?

  13. Discuss the influence of quantum mechanics on modern metaphysics.

  14. How might advancements in quantum physics reshape national defense systems?

  15. Can quantum coherence be sustained at a macro level?

  16. Should society invest heavily in quantum technologies with unclear outcomes?

  17. How does quantum theory influence your understanding of time?

  18. Is there a limit to human comprehension when it comes to quantum phenomena?

  19. In what ways does quantum physics change our view of existence?

  20. Can quantum physics redefine how we understand space and time?

  21. Should governments regulate quantum tech development?

  22. How can quantum algorithms be used for non-scientific purposes?

  23. What role does imagination play in developing quantum theories?

  24. Compare quantum logic to classical logic. Which feels more “real”?

  25. Does understanding quantum physics bring us closer to understanding everything?

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