PHYS.SCI.9.D

Give examples of applications of quantum phenomena, including the Heisenberg uncertainty principle, quantum computing, and cybersecurity.

Physics · Texas Essential Knowledge and Skills (TEKS) · TEKS 2022

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Vocabulary
applicationsquantum phenomenaHeisenberg uncertainty principlequantum computingcybersecurityexamples
Skills
  • give examples (applications of quantum phenomena) #dok1
  • describe (the Heisenberg uncertainty principle, quantum computing, and cybersecurity) #dok2
  • compare (different applications of quantum phenomena) #dok2
  • explain (the relationship between quantum phenomena and their technological applications) #dok3
Learning Targets
  • I can give examples of the Heisenberg uncertainty principle, quantum computing, and cybersecurity as applications of quantum phenomena. #dok1
  • I can describe how the Heisenberg uncertainty principle impacts our understanding of measurement in quantum mechanics. #dok2
  • I can describe the basic principles of quantum computing and how it differs from classical computing. #dok2
  • I can describe how quantum phenomena are used in cybersecurity applications. #dok2
  • I can compare different technological applications of quantum phenomena. #dok2
  • I can explain how the Heisenberg uncertainty principle, quantum computing, and cybersecurity are linked by quantum theory. #dok3
Big Ideas
  • Quantum phenomena have practical applications that influence technology and security in the modern world.
  • Understanding quantum concepts such as uncertainty and superposition has led to advances like quantum computing and new approaches to cybersecurity.
Essential Questions
  • How does the Heisenberg uncertainty principle affect technological advances?
  • What are the differences between quantum computing and classical computing?
  • How are quantum phenomena applied to improve cybersecurity?
  • Why do we need to understand quantum phenomena in today’s world?
  • What are some current or potential future applications of quantum mechanics?