Click to open: Traces of Ball Lightnings in Apparatus Infinite Energy 2009
Atoms enter an anomalous state in contact with MBL (microscopic ball lightning) or when subjected to stresses. Atoms may remain in this state long after the cause is gone. It is this state that explains many of the reports of anomalous behavior of atoms after the end of an experiment and during experiments.
This state is named the plasmoid state. It is a state of matter understood to exist by me in the early 1990s, and though natural ball lightning has a short duration usually, in materials, microscopic regions of atoms in this state may exist perhaps for years. That the state continues to exist for months was first evidenced in an early experiment of Dash in the 1990s. Then around the year 2000, Urutskoev did tests that showed that samples of material laid aside for months still emitted micro ball lightning-like plasmoids to make strange traces. These experiments are described. Only where this state exists will there be the anomalies now called cold fusion or lenr.
Traces of Ball Lightnings in Apparatus Infinite Energy pp. 12-17 January/February 2009
Earlier versions of this paper were published in the Proceedings of the Second International Symposium on Unconventional Plasmas (August 14-16, 2006) and in Unconventional Electromagnetics and Plasmas (2008).