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TABLE NOTES: As the atomic weights of the stable fusion reactions increases the tendancy toward spontaneous fission increases. Reactions of this type are suggested by some of the calculations presented in this table.

Two of the nuclear reactions yield 11550Snas a stable end product. The Table of the Isotopes indicates that this isotope is "theoretically capable of spontaneous fission."

The reaction    yields 11550Snwhich I calculate to have a minimum mass change when it splits into 5625Mn 5626Feand 5927Coand an overall mass change of -0.078924. But when the fision reaction is a simple alpha decay yielding 11148Cd, the overall mass change drops to -0.0402759. The LANP model suggests that the later reaction is preferred even though there is no reference to alpha decay of 11550Sn in the Table of the Isotopes.

Alpha decay is shown to be the Least Action path elsewhere in this table, making it a possible explanation of 42He measurements by numerous investigators. This is a plausible alternative explanation to deuterium-deuterium fusion as the He-4 source in cold fusion experiments.