This substance contains multiple Debye lengths that form a Debye(*) sheet.
These substances usually exhibit a non-Maxwellian velocity distribution and cold varieties of it could theoretically form Rydberg matter. This substance contains multiple Debye lengths that form a Debye(*) sheet. This substance can be modelled by the Vlasov equation, and it can be studied with a Langmuir probe. When a coronal discharge interacts with the atmosphere it results in a luminous display of this state of matter called St. Elmo's Fire. For 10 points, name this "fourth state of matter" composed of ionized gas.
These substances usually exhibit a non-Maxwellian velocity distribution and cold varieties of it could theoretically form Rydberg matter.
{Plasma}s