Evidence for Large Planetary Climate Altering Thermonuclear Explosions on Mars in the Past

Mars data presents a collection of startling and seemly contradictory isotopic data: glaring excess the two radiogenic isotopes 129Xe/132Xe @ 2.5 40Ar/36Ar 3000 enabled identification MM (Mars Meteorites) because they are so different than any other major Solar System reservoir. appears to have lost an original atmosphere pressure 1 bar or greater, yet ratio 14N/15N indicates only loss few millibar by Wind Erosion. The LPARE (Large Planet Altering R-process Event) hypothesis attempts explain these puzzles at postulating that massive, anomalous thermonuclear explosions, rich in physics, occurred over surface Northern past, approximately 500 million years ago, explosions created excess, accompanying intense neutron bombardment regolith off potassium rocks. collateral massive non-mass fractionating atmospheric loss, 14N primarily we presently observe, with some mass erosion residual atmosphere. This is found features surface. 80Kr 82Kr hyperabundant youngest MMs indicating irradiation neutrons. Although there no plausible explanation for nuclear events, can be tested through related products such as Pu-244.