Quantum Technology

Quantum Technology provides a concrete and engaging introduction to the basic ideas of quantum mechanics. This resource features a variety of quantum technologies, and includes a video on quantum computers designed to bring quantum to your classroom. 

Quantum Hype 

The word quantum is a common science buzzword, but many people do not know what it actually means. Stations introduce students to five different phenomena to help them begin to build a definition of quantum. Students use their new knowledge to sort through examples which use the word quantum to determine what is true quantum and what is hype.  

Electron Microscope 

Electron microscopes are a real-world application of wave-particle duality. LED finger lights viewed through a cardstock slit are used to visualize the limitations of optical microscopes. Students apply their knowledge of fields and optics to discover how magnetic lenses can direct electrons to view objects with higher resolution. 

Lasers 

Lasers are quantum mechanical devices that are found throughout our world. Students compare how laser light is different than LED light in a series of hands-on activities. Then students explore how lasers produce light using a paper model.   

Quantum Dots 

Quantum dots are an emerging technology that exploits the wave-particle duality of electrons. Using glow in the dark stars and standing waves on coiled springs, students discover the relationship between the frequency of light and energy. Students then apply this to quantum dots to understand their different colours.  

Quantum Probability 

Our understanding of quantum behaviour and the use of quantum in technology rely heavily on the principles of probability. To assist students in understanding probability, they first develop a classical model using dice. Then students apply probability models to explain electron behaviour and explore related ideas, including where electrons are located and how electrons are able to tunnel.