INTRODUCTION
Rhythmetadyne Technology uses carrier based heterodyning to inject patented waveforms into a building’s power-line wiring, an automobile’s power system or a USB connected device, which emits a non-sensory electromagnetic signal to transform the usually unhealthy power line signals into a healthy emitter affecting positive brainwave entrainment.
BACKGROUND
Brainwave entrainment occurs when observable and measurable brainwave activity follows the repetitious patterns of an external stimulus. Sensory forms of entrainment, including visual stimulation as from a flickering candle or auditory stimulation as from a dripping faucet, can lead a person into a trance-like state. This state can often occur during highway driving, causing the common phenomena of “highway hypnoses.” Such trance-like states can be confirmed with electroencephalography (EEG) which monitors a subject’s brainwave activity, where the brainwave activity mimics that of sleeping brainwaves.
Human brainwaves have standardized patterns which are consistent from day to day. These patterns, or rhythms, are referred to as circadian rhythms when the patterns have a period of about twenty-four hours before repeating. Shorter Periods or cycles are referred to as ultradian rhythms. While the specific brain activity of any given ultradian rhythm can vary, the general patterns are consistent within the larger circadian rhythm. These ultradian rhythms have been widely studied for night cycles and have common names such as ‘Stage 1’, ‘Stage 2’, and ‘REM’ sleep. Similarly, there exist ultradian cycles for daytime cycles. Such daytime ultradian rhythms may be recognized intuitively as most people experience the typical mid-morning and mid-afternoon slumps in energy, as well as accompanying peaks in activity.
Brainwave activity can be affected by ElectroMagnetic Radiation (EMR), resulting in poorer health, less vitality and interrupted sleep cycles. Further, as we age the ultradian rhythms observed during sleep cycles tend to flatten out, resulting in poorer sleep. Rhythmetadyne injects healthy signals over power-line wiring to change the unhealthy emissions into healthy signals supporting normal brainwave entrainment such that brainwave activity remains or returns to healthy levels.
Other technologies attempting brainwave entrainment fail in significant ways. These failures include failing to provide a bi-polar based signal, failing to base these brainwave entrainments on natural therapeutic healing frequencies following natural circadian and ultradian rhythms, and failing to modulate the signals with a Pulse Width Modulation (PWM) using an eXclusive OR (XOR). As a result they lack the ability to create frequency stimulations necessary for brainwave entrainment unless one is within a very short distance of, or even touching, the entrainment apparatus. Rhythmetadyne technology uses a bi-polar, natural therapeutic frequency based circadian rhythm, XOR modulated brainwave entrainment signal injected into normally unhealthy power circuits to transform the unhealthy emitters into healthy ones.
RHYTHMETADYNE IS THE ANSWER
Rhythmetadyne technology addresses the above and other needs and provides means to achieve brainwave entrainment in mammals, including humans, using the AC power-line wiring or power circuits of a host device, including automobiles. Rather than simply creating a trance-like state in the humans and animals within the affected area, Rhythmetadyne establishes a twenty-four hour circadian rhythm supportive of a mammal’s internal circadian and subsequent ultradian rhythms for improved sleep and improved awake periods. A light sensitive photo-sensor is used to determine ambient light levels within the premises, which information is then transmitted to a microcontroller. The microcontroller, clocked by a quartz crystal with a fundamental resonance frequency very close to a Fibonacci number, then generates frequencies selected to induce brainwave entrainment either in support of natural sleep cycles during periods of relative darkness or in support of learning, expanded awareness and relaxation during periods of relative lightness. These frequencies, one significantly higher than the other, are then XOR modulated and output to a premise’s AC power-line or over the power circuitry of an automobile or USB connected device.