This massless particle has an energy inversely proportional to its wavelength.
When passing through turbid materials, this particle can retain linear motion and is said to be "ballistic." In a system with two of these particles, mass can be created at high energies since these particle can become a fermion-antifermion pair. This massless particle has an energy inversely proportional to its wavelength. These particles are bombarded at a metal and electrons are emitted in an effect explained by Einstein. For 10 points, name this particle that exhibits wave-like behavior and is the basic unit of all electromagnetic radiation, including light.
When passing through turbid materials, this particle can retain linear motion and is said to be "ballistic."
photons