A scientific perspective on human interactions

Physics wave theory of human interactions

In physics you learn about the theory of wave/particle duality. The smallest quantum unit of an atom, like the electron, can be thought of as both a wave or a particle. Now think of people in terms of energy and waves. If you could measure the energy and characteristics of the waveforms, you could obtain useful information. Suppose someone touches you... you get an idea of their energy (good/bad) which includes but is not limited to their feelings, thoughts, and emotions (since the brain sends signals as electrical energy) and your body is affected and responds to this energy. If you touch the person, energy is transmitted and reflected (like when you send waves into the ground and it encounters a layer). The transmitted energy impacts the person you're touching and the reflected energy gives you a picture of them and their response to your energy. Everyone has a different waveform... sometimes people have very different waveforms and when those waveforms get superimposed (added together), it is possible to get either constructive or destructive interference. In places where the waveforms interfere constructively, the resultant amplitude of the new wave is greater than the amplitude of the individual waves. However where there is destructive interference, the waves cancel each other out and the new wave is weaker in that area. Each wave is infinite in extent and not necessarily regular like a sine wave; in fact, the waveforms can be very complex since they consist of a superposition of various waves of different energies. Thus there will be areas of both constructive and destructive interference along the length of a waveform... so the most favorable form of interaction is when the two waves mostly interfere constructively and have an overall increased strength according to average amplitude after the two waves are superimposed. Also possible, but more difficult to find, is when you have two people with very similar energies and waveforms that come together with waves of just the right frequency and you achieve 'resonance'. So the resulting amplitude of the waves gets multiplied (not just added) by several times. This can result in very intense energies on both sides. Constructive resonant energy can be extremely powerful, but the drawback is that no two waveforms are exactly alike. So you can't avoid dissonant energy that also gets multiplied resulting in a lot more turbulence and instability. It is hard for such a system to reach stable equilibrium.