How does plasma differ from the 3 states of matter?

Question

Mateo Aguilar · Accepted Answer

Plasma even though considered to be among the 4 fundamental phases of matter has signif different properties from the other three phases (solid, liquid and gas).

Unlike the other three, plasma doesn't naturally exist on the Earth under normal surface conditions, and can only be made under artificial conditions from neutral gases.

Plasma in simple words is a collection of ionized particles. An ionized gas is plasma. It's a collection of electrons with positively charged gaseous ions.

It is associated with the interior of the sun and other stars.

One another marked difference is that unlike the common solid-liquid-gas phase transitions, phase transitions with plasma do not take only by varying pressure and temperature.
Plasma is generated by ionizing a gas using a strong electromagnetic field and/or heating the gas to fantastically high temperatures (so high that it could melt any ordinary container; for this reason magnetic fields are used to confine hot plasma).

Luna Chen · Answer

undefined Plasma is a state of matter distinct from the three classical states (solid, liquid, gas). In a plasma, atoms have lost some or all of their electrons, resulting in a mixture of positively charged ions and free electrons. This ionized gas exhibits unique properties, including the ability to conduct electricity, respond to magnetic fields, and emit light. Plasma is commonly found in stars, lightning, fluorescent lights, and certain types of flames.