Anisotropic velocity distributions in these substances give rise to Weibel instabilities.
Anisotropic velocity distributions in these substances give rise to Weibel instabilities. Long-range interactions within them are modeled by the Vlasov-Maxwell equations. Quarks and gluons compose one type of these substances, which screen out electric fields up to the Debye length. They comprise 95% of the visible universe and comprise the solar wind. In a common application, these substances are found in phosphor-coated cells containing xenon or neon gas. Found in fire, lightning, stars, and a certain type of TV display, for 10 points, name this state of matter consisting of ionized gas.
Anisotropic velocity distributions in these substances give rise to Weibel instabilities.
{plasma}