Everything In The Universe Vibrates
The human body and its cycles of vibrating messaging
Everything in The Universe vibrates—everything is in constant motion. Even things which may appear stationary are resonating at various frequencies and have different influences on their surroundings as a result. These movements are as essential to the birth and growth of our Universe as it is to all living creatures on our planet. The Earth itself vibrates at a fairly consistent frequency of 7.83 Hz (known as Schumann Resonance) due to its spin and precession, inner core activity, and solar, cosmic and atmospheric influences. It has been happening for billions and billions of years, not only as a source of the planet’s very early development, but also for the 3.8 billion years it has been able to evolve and sustain life.
The human body is also full of varying vibrations which helps it to maintain its ability to do most anything—send messages to tissues and organs, contract the heart muscles, manage respiration, etc. These vibrations also occur at different frequencies throughout the body, allowing the internal mechanisms to oscillate and adjust based on its different needs. Some of these are tied into the natural cycles and rhythms of our external environment such as daytime and nighttime (circadian), seasonal and hormonal cycles (infradian) and some research even suggests lunar cycle influences. Other internal oscillatory activity relates to our neuroendocrine activity (ultradian), nasal cycles, basic rest:activity cycles (BRAC), and the neurometabolic states of sympathetic (ergotropic) and parasympathetic (trophotropic) activity. All of these important functional mechanisms have a dramatic impact on the human body, with homeostasis requiring each of them to have the capacity to fluctuate between the different states with an alternating, harmonious rhythm.
The transmission of these vibrations is a form of energy that is produced within the body to allow its processes to occur. The human system responds best when the energy that is being transferred throughout the organism is one that it recognizes—one that it feels safe with. Various frequencies that are familiar and comfortable, waves or fields of organically produced information radiating throughout the body that allow it to regulate, anticipate, and alternate. This is also accomplished through the entrainment, or coordination of this vibrating messaging, which allow these processes to work together—to become more self-organized and develop a synchrony which allows the body to be able to exist in a more balanced state of homeostasis.
The body is also receiving a significant number of inputs from our environment. Different sensory stimulus such as: photons or packets of light; compression and rarefactions of sound waves; acidic activity on our tongue, odorant molecules stimulating our olfactory receptors, and load transfer during forward locomotor movement. These all stimulate the brain in different ways, via vibrating electrical impulses, which allows us to interact with the world. This interaction is also deeply rooted in memory about our perception and thus interpretation of the stimulus. Familiar and/or sage? We are much better at prolonged exposure without as much autonomic nervous system (ANS) tension. Foreign and/or repetitive? The levels of nervous system dysregulation begin to increase, with the more consistent the exposure, the more adaptive the system becomes, although not always favorably.
There is an energy element to this messaging process in the body as well. Energy is the capacity for doing work and exists as potential, which is stored energy and the energy of position, or kinetic which is motion of waves, electrons, molecules, substances, objects, etc. Energy is often changed from one form to another and then used to do work. Our stored energy can be in the form of chemical, mechanical, nuclear and gravitational—potential—and provides the organism options from which it can then produce radiant, thermal, motion, sound and/or electrical output—kinetic.
Our bodies function through charged chemical signals (which is energy stored in bonds of atoms and molecules), partially influenced by mechanical elements (i.e. biotensegrity of the energy stored in our organism via tension) along with gravitational influences. Gravitational waves are a form of radiant electromagnetic energy that travel in transverse waves which develop thermal output from the movement of the atoms and molecules in our substance with its constant influence contributing to the ability of these processes to occur most effectively.
The human system’s capability of being able to send and receive messages is essentially instantaneous when it is functioning in a balanced state of our biological rhythms. It allows the body to be able to regulate pressures, move fluids, brain activity can fluctuate between different vibratory frequencies (delta, theta, alpha, beta, gamma) and subsequently feel safe to move into and out of reactive and reflexive states with appropriate responses.
Many of these functions are primitive in their development and their roles in survival of the organism. The responses of reflexively acting to run when being chased by a saber-toothed tiger is no different from having to turn to get out of the way of a speeding vehicle in the primitive, reactive brain. The more sympathetic state of chronically being on guard to not be eaten, eating something toxic, or more recently existing and functioning in our modern society filled with inputs and demands are all part of our evolutionary survival strategies. The brain is constantly assessing, making conscious and subconscious decisions on how to respond, and then is hopefully able to better access our more balanced state of calm and rest—a more parasympathetic state.
Since our senses can be incredibly powerful, they can also play an important role in recognizing some of the more problematic sources of potential toxicity and provide us with the capacity to respond appropriately by modifying the environment or mitigating our exposure to it. Many chemicals and pollution in the air that emits noxious odors can warn us to remove it—or ourselves—from further exposure. Sounds and noises which do not resonate well with our auditory system and processing can also warn us to change our environment. Disturbing visual images or situations should signal us to turn or move away to avoid further exposure or respond to impact some change. We are ultimately looking to not become negatively impacted, or even more pressing—becoming potentially conditioned to an increased tolerance to such negative inputs.
All of these inputs and processes contribute to the dynamogenesis of the human organism, which is the sensory-motor principle that describes the development of force in nerves, due to vibratory and subsequent chemical elements, and the contractile responses to all the previously mentioned stimuli. This complex process involves the coordination of many physiological systems and is likely part of what drives the ergotropic system of the hypothalamus into a more overactive state which drives the stimulation of the sympathetic system in modern human behavior.
Since it is clear that things move in the body through several different mechanisms, at the “heart” of them all is vibrations that produce the energy that allow these different mechanisms to occur. Vibrations occurring at different frequencies, waves of signals of energy, transmission of processing information, nutrients being pushed along and waste products being excreted through squeezing and releasing, the compression and expansion that is ventilation, respiration, and gravity, and the suction and ejection of our “heart” which produces the lifeblood of the human body.