Abstract
A study of the quasistatic hybrid mode in high-electron-mobility semiconductor plasmas subject to perpendicular static electric and magnetic fields shows that when carrier-heating effects are fully taken into account an entirely new mode arises as a result of the carrier heating. This mode has properties suitable for readily generating the two-stream instability and the interaction of this mode with hole-cyclotron harmonics is much stronger than that of any unheated mode.
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