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Click to open: Microplasmoid Phenomena: Detection, Shielding, and Control Letter to the Editor 2020 Plasmoids leave experiments and cause damage, and their effects and properties are as yet not fully understood. It would be prudent for experimental researchers and people working with plasmoids to keep a distance from them, attempt to shield from them, and […]

Safety suggestions for plasmoid researchers Click to open: Letter to the Editor 2019 The picture above is a micro ball lightning track on particle detection emulsions that Matsumoto put outside his experimental cell in the mid 1990s. The ring that hopped and skimmed on the surface was about 50 micrometers wide. According to Urutskoev, markings

  Click to open: “Strange Particles”: Plasmoids and the Need for a Paradigm Change in Physics Infinite Energy 2019 Micro ball lightning and microplasmoid patches in materials transmute atoms. These and other anomalies cause a gestalt shift to the plasmoid paradigm. Atoms enter an anomalous state in contact with MBL (microscopic ball lightning) or when

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

Click to open: Kalingrad 2020 Conference Proceedings (Summer 2020). Short article published in 2020 about atmospheric ball lightning and microplasmoids in conference proceedings. This Russian conference proceedings contains notable articles on atmospheric electricity, lightning phenomena, and ball lightning phenomena by mainly Russian researchers and researchers from other countries. The entire proceedings is available here.  My