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Questions on the Center Node in Balanced Tesla and Lakhovsky Systems
I have been investigating balanced Tesla and Lakhovsky-type systems and the apparent equilibrium region that forms between resonant structures - I own a VRIL MWO and the balancing transformer. Using oscilloscopes, spectrum analysis, and near-field probes, I am attempting to better understand the electrical nature of this center region.
I would appreciate Eric's thoughts, and those of other members experienced with transmission line theory and resonant systems, on the following questions:
In other words, what electrical quantity or physical reality remains present at that node when traditional measurements suggest very little is occurring? Is the center best understood as a location of cancellation, stored energy, phase balance, dielectric stress, or something else entirely?
What measurements would most clearly distinguish between those possibilities? If you had access to any instrumentation desired, what would you measure first to characterize the region?
If so, what measurements would demonstrate the presence and transmission of information independent of conventional power transfer? Would a highly coherent region be expected to behave differently from a region of simply high field strength?
I am not looking for discussion of scalar waves, free energy, or other speculative interpretations. My interest is in understanding this equilibrium region from the standpoint of transmission line theory, standing waves, dielectric and magnetic induction, resonance, phase relationships, and information transfer.
I look forward to hearing the community's thoughts.
I would appreciate Eric's thoughts, and those of other members experienced with transmission line theory and resonant systems, on the following questions:
- At the center balance point, what survives after voltage, current, and conventional power transfer appear to approach zero?
In other words, what electrical quantity or physical reality remains present at that node when traditional measurements suggest very little is occurring? Is the center best understood as a location of cancellation, stored energy, phase balance, dielectric stress, or something else entirely?
- Is the center region best understood as a voltage node, current node, dielectric node, magnetic node, phase node, or some combination of these?
What measurements would most clearly distinguish between those possibilities? If you had access to any instrumentation desired, what would you measure first to characterize the region?
- In a balanced resonant system, can phase, modulation, or information persist at a node where measurable power is minimized?
If so, what measurements would demonstrate the presence and transmission of information independent of conventional power transfer? Would a highly coherent region be expected to behave differently from a region of simply high field strength?
I am not looking for discussion of scalar waves, free energy, or other speculative interpretations. My interest is in understanding this equilibrium region from the standpoint of transmission line theory, standing waves, dielectric and magnetic induction, resonance, phase relationships, and information transfer.
I look forward to hearing the community's thoughts.