Fractal toroidal moments
From LENR
Fractal toroidal moments is a topic appearing in the LENR fact database in connection with reported experiments, observations, devices, or theoretical interpretations.
Database-backed notes
The following notes are derived from the latest LENR fact dataset: source dataset.
- Fact ab362d6b-0adc-4e59-8aad-693c7bc84ddf (2010): The concepts discussed involve fractal toroidal moments, coherent matter structures, and vacuum currents interacting with relic neutrinos to explain gravity, as supported by John Wheeler's theories, Bob McElrath's 2010 CERN observations on gravity being explainable by relic neutrinos, and Alexander Parkhomov's research, together clarifying the structures and properties underlying the observed LENR phenomena.
- Fact 930d3ea2-878d-43d9-9ee6-64d73efa459f: Fractal toroidal moments influence electron interactions and modify electromagnetic vacuum fluctuations, including Casimir forces arising from boundaries such as conducting plates or dielectric materials. These effects lead to phenomena such as anomalous glowing, transmutation, non-thermal plasticity, and altered material flow, especially when condensed matter nuclei are excited. Normal matter contains clusters of Relic neutrinos forming a baryon shell that interacts with the larger condensate, exchanging energy to...
- Fact e1e59904-f23d-463d-9b7e-ed638d1205c6: Devices using the Josephson effect can be used as detectors for the presence of toroidal moments, scalar and vector potential variations, and can serve as detectors for outputs of working reactors producing fusion and related effects from fractal toroidal moments.
- Fact e397e329-0321-4e8f-a03d-a57aa026ceb7 (2018): In early 2018, Vladomirovich Dubovik warned that active structures producing fractal toroidal moments can have harmful effects, such as 'sucking the life force out of you,' a caution given after the death of Yuri Bazhutov.
- Fact c59c8e4d-b66f-4f81-8ec2-b2992a4bf536 (1997): A paper by Georgy Afanasiev and Vladomirovich Dubovik from the Joint Institute for Nuclear Research in Dubna describes remarkable charge current configurations involving a toroid and a time-dependent magnetic Aharonov-Bohm effect inside an impenetrable torus hole linked to a phase singularity that causes variation in scattered charged particle intensity. This phenomenon aligns with the toroidal moment of electrons producing the Aharonov-Bohm effect. The first proof of a nuclear toroidal moment, known as the anapole...
These notes are intended as a compact starting point for further wiki review and citation work.
