Law of Resonance: Difference between revisions

'''In this demonstration of the Law of Resonance:''' One tuning fork (insert Person A) forces another tuning fork ( insert Person B) into vibrational motion at the same shared natural frequency. The two forks ( Person A and Person B)  are connected by the surrounding air particles and interconnected into the quantum field of local energy space. As the quantum field (and air particles) surrounding the first fork (Person A) begin vibrating, the pressure waves that it creates begin to impinge at a periodic and regular rate (a sample frequency) of 256 Hz upon the second tuning fork (Person B). The energy carried by this sound wave through the quantum field is tuned into the frequency of the second tuning fork (Person B). Since the incoming sound waves from the first fork (Person A) share the same natural frequency as the second tuning fork, the tuning fork easily begins vibrating at its natural frequency. This is an example of resonance - when one object (Person A) is vibrating at the same natural frequency when introduced to a second object (person B) this stimulus forces that second object into vibrational motion that matches the shared fundamental frequency. The two objects vibrating at the same fundamental frequency will potentially amplify that frequency into greater harmonic resonance. The result of resonance is always a large vibration. Regardless of the vibrating system, if resonance occurs, a large vibration results. This is the same principle behind the energies that create the collective consciousness or the group field dynamics. The amount of group bodies resonating at the same fundamental frequency will determine the vibrational quality and amplification of the overall collective field of frequency. Each natural frequency that an body, object or instrument produces has its own characteristic vibrational mode or standing wave pattern. These unique standing wave patterns are only created within the body, object or instrument at specific frequencies of vibration; these frequencies are known as harmonic frequencies, or merely harmonics.Harmonic resonance is an extraordinarily varied phenomenon seen in countless forms throughout the universe within all bodies and objects. Harmonic resonance spans an vast range of spatial scales, from the tiniest quantum material, to wave-like vibrations of the particles of matter, to orbital resonances that emerge from the stars. All bodies (objects) tend to oscillate at some characteristic frequency, and at its higher harmonics, the frequencies escalate in order to that which are whole number (integer) multiples of its fundamental frequency.