What tool do you need to see a galaxy? (a cell, a quark…)? How small is an atom compared to a mosquito? How small is a proton compared to the Earth?
What tool do you need to see a galaxy? (a cell, a quark…)? How small is an atom compared to a mosquito? How small is a proton compared to the Earth?
This activity is to demonstrate how scattering works. It introduces students to the method of identifying target shapes by characteristic scattering patterns
This activity is to demonstrate how scattering works. It introduces students to the method of identifying target shapes by characteristic scattering patterns
This activity explains how one can probe shapes with different-sized pinheads and draws an analogy between particle energy/wavelength, resolution, and pinhead size
This activity explains how one can probe shapes with different-sized pinheads and draws an analogy between particle energy/wavelength, resolution, and pinhead size
Use balloons to demonstrate the stretching of space time
Use balloons to demonstrate the stretching of space time
A visual representation of the classic nature of particles versus the quantum nature of particles
A diagram of classical vs quantum probability
A basic description of the effects of dark matter and dark energy on the universe
A visual representation of how beam splitters are used to create photons in superposition.
A visual representation on the symmetry of neutrinos
This activity explains what it means for a particle to be left or right handed
This activity explains what it means for a particle to be left or right handed
A visual representation of how scientists believe that protons decay
A visual representation of Hawking Radiation
A visual representation of the difference between bosons and fermions
A timeline of the formation of particles immediately following the Big Bang
A visual representation displaying the energy values of neutrions created from a variety of sources