Quantum time travel
School Module Q1
Immerse yourself and your class in the world of quantum physics! What lies behind phenomena such as superposition, uncertainty principle and entanglement? Students will learn how these concepts form the basis for secure communication and travel back in time to the groundbreaking discoveries of quantum research. Finally, we will take a look at the future of quantum communication – what can we expect in tomorrow’s world?
Curriculum reference
Curriculum Grammar school (Saxony)
> Physics, 12th grade basic course, LB 3
> Physics, 12th grade advanced course, LB 4
> Computer science, year 10, LB 3
> Computer science, 11th/12th grade basic course, WB 2
> Computer science, 12th grade advanced course, LB 12A
Curriculum Trade school (Saxony)
> Physics, 13th grade basic course, LB 2
> Computer science, 12th/13th grade basic course, WB 4
Curriculum Specialised upper secondary school (Saxony)
> Physics, 12th grade, LB 1
> Applied physics, year 12, LB 4
> Computer science, year 12, WB 4
Wave-particle duality
Quantum in your classroom
School modules related to the curriculum
The modules cover the basics of quantum physics, innovative technologies such as quantum computers and various communication models. They can be flexibly adapted to different school types, class levels and learning areas. Even if the topic is not directly included in the learning area, the modules can also be offered in computer science lessons on information security, for example.
Quantum in your classroom
School modules related to the curriculum
The modules cover the basics of quantum physics, innovative technologies such as quantum computers and various communication models. They can be flexibly adapted to different school types, class levels and learning areas. Even if the topic is not directly included in the learning area, the modules can also be offered in computer science lessons on information security, for example.
Facts
- 90 minutes per module
- All technical requirements are provided
- At your school or at the TU Dresden
Research background
- Modules were developed jointly by scientists and educators
- Orientation towards current scientific standards
- Modules are always piloted to ensure quality and effectiveness
Entanglement to touch
Quantum mechanics phenomena explained simply
Our aim is to present the complex subject of quantum mechanics to students in a simple, clear and exciting way. Therefore we benefit from the experience of our interdisciplinary team of scientists, educators and psychologists.
Events for Schools
Offers for schools & students
SCHOOL MODULE Q2
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