The analogy between Earth and Saturn/Jupiter implies that fundamental plasma dynamics are shared among the solar system planets.
Whistler mode emissions are also triggered by lightning-generated whistler Plasma waves such as lightning-generated whistler provide also important diagnostics tools, from which fundamental plasma parameters such as the electron density can be computed.
They play a central role in the real-time control of fundamental plasma properties, such as the plasma shape and position, while also contributing with important data to a better understanding of the plasma physics.
A SiH4/H2 VHF plasma was produced with the multi rod electrode and the fundamental plasma parameters were examined as a function of pressure and power, where the frequency of the power source was 60 MHz.
We also present similar wave-like aurora observations from Cassini ultraviolet imaging spectrograph at Saturn and from Hubble space telescope at Jupiter, suggesting that the wave-like aurora structure is likely a result of fundamental plasma dynamics in the solar system planetary magnetospheres.
No less than three groups have recently confirmed the early Krause-Polstorff Michel simulations showing that the fundamental plasma distribution around a rotating neutron star consists of two polar domes and an equatorial torus of trapped nonneutral plasma of opposite sign charges.
