A visual representation of how ghost imaging works
Calculate the time it takes for neutrinos to travel a given distance
Calculate the time it takes for neutrinos to travel a given distance
Create a pie chart representing how much of the universe is dark matter
Create a pie chart representing how much of the universe is dark matter
Showing your class a working cloud chamber is one of the best ways to generate student interest in modern physics. The cloud chamber described below will display natural background radiation (muons generated by cosmic-ray collisions and background radiation). Furthermore, you can build it with materials that are readily available.
A visual representation of a basic neural network
A visual representation of superconductivity
A visual representation of how particles can gain mass with interacting with the Higgs Field
A visual representation of how the universe is not equal parts matter and antimatter
A visual of how microwave pulses interact with qubits in circuits
Students use LEGOs representing quarks and antiquarks to create molecules
A demonstration for students to conceptualize muon wobble
A hands on activity students can perform to observe the differences in spin between neutrinos and antineutrinos
A hands on activity demonstrating how protons move through a neutrino beam to produce neutrinos
A hands on activity used to represent how high energy wavelength produces better resolution
An introduction to quantum cryptography and an activity demonstrating how it can be used for younger students
A hands on activity to demonstrate how particle scattering works
A hands activity where students can make a standard model chart to visually distinguish masses and characteristics of a variety of fundamental particles
A hands on activity to demonstrate how scientists can infer if a result is due to statistical quirks or actual data