The Moon is a "dead body", according to modern theories of the solar system; it has long since exhausted any remaining heat it has retained since birth. It has no magnetic field and does not radiate, except to reflect the light it receives from the sun. But, could electrical forces have recently shaped the lunar surface?

The birth of the Moon is still being debated in scientific circles: is it a captured body? Is it the result of a cataclysmic collision between Earth and another celestial object?

The Reiner Gamma formation, shown above, is an enigma for those who insist on slow, uniform cooling and a relatively stable lunar environment. The whirlwind pattern of shiny material is located at Oceanus Procellarum, close to the Reiner crater. It is one of the three whirlpools on the Moon - the other two are on the other side, close to Mare Marginis and Mare Ingenii. Another such formation exists in the solar system, on the planet Mercury.

Theories of Reiner-Gamma formation are abundant, but none has been tested or confirmed through observation. Among the prevailing theories are: a) impact of high-speed comets; b) seismic activity; c) latent magnetic fields of large craters with nearby rays; d) magnetic storms from the sun; e) lunar volcanism (for example, El-Baz 1972; Schultz and Srnka 1980).

A high-speed comet impact would not have left a mere deposit on the surface of powdered debris. There would have been folding of strata along the edge of the impact crater, as well as large boulders and other rock deposits by the effect of the explosion. These features are missing. Seismic activity / lunar volcanism could explain the dust-like deposits that appear to have “settled” from the cloud of an eruption event. However, there is no volcanic ventilation, nor large cracks from which the material may have been ejected. In addition, lunar earthquakes of sufficient magnitude were never detected by packages of instruments left behind by various Apollo missions to the Moon.

Recent magnetic data suggest a link to impact-related magnetism, because the eddies in the Mare Ingenii crater and near Gerasimovich are associated with relatively strong antipodal magnetic anomalies for some of the young impact basins, such as Imbrium and Crisium (Hood 1987; Lin et al 1988; Hood and Williams 1989; Halekas et al. 2001; Hood et al. 2001; Richmond et al. 2005).

According to scientists, Reiner Gamma is a surface deposit, similar to the rays of powdered rock that extend from lunar craters like Tycho (Hood et al. 2001). Similar ray shapes are also visible in Mercury images. But, does that tell the whole story? Or does this suggest an adequate interpretation of the observations?

As previous TPODs have demonstrated, the radiated resources of the craters are not the result of explosive ejection, but are the remains of electrical discharges that travel across the lunar surface. According to Ralph Juergens, one of the few scientists who, during his life, recognized and explained the electric cosmos:

“It is almost impossible to reconcile with the origins of ejection. Huge ejection speeds must be postulated to explain the lengths of the rays (from Tycho), but the energetic processes responsible for these speeds must be thought to be focused very precisely to account for the thin appearance of the rays ”.

Latent magnetic fields are part of the formation (as well as those of Mare Marginis and Mare Ingenii) and were measured by the Magnetometer / Electronic Reflectometer (MAG / ER) experiment on board the Lunar Prospector probe in the 1990s. The measurements of the remaining magnetism in the crust were observed by observing the magnetic reflection of electrons from the surface of the Moon. The differences are small, but the evidence points to a magnetic field of variable force printed on the Moon. As the magnetism is the result of electrical currents, the swirl pattern of the formation can be the result of an external electrical influence.

Whirlpools, arches and curlicues are found in all rock bodies in the solar system, as well as in most ice bodies. An explanation for Reiner Gamma's whirlwind path must include the variable-scale features found on the other moons.

According to electricity theorists, a common explanation for each of the geo-morphological features we have illustrated is that planets and moons exist within an electrical universe. Each object in the solar system is normally isolated within its individual charge sheath. However, when these sheaths touch, the electrical charge is exchanged. Therefore, we discover that moon Io, which orbits within Jupiter's plasma sheath, is undergoing continuous electrical bombardment from its parent planet.

Reiner Gamma is yet another example of surface healing in an electrically active Solar System. The appearance