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In a previous communication,1 I described a patient's invocation of an Einsteinian high velocity equation
to alter the state of his internal world. This law is one of several proposed by Einstein which, taken together, suggest that as an object's velocity (v) approaches the speed of light (c), an observer will record that the object's time processes (t) have slowed, its mass (m) increased, and length (I) contracted according to the factor
Einsteinian “high velocity” thinking revolutionized the world of physics and stands today, along with Newtonian “low velocity” laws and quantum mechanics as one of the three great pillars of the modern physical universe. High velocity equations refer to reality as velocities approach the speed of light (v → c); low velocity equations like
(law of gravitational attraction) describe the reality of mechanical cause and effect.
In this contribution I would like to discuss some further implications of high and low velocity states. They are particularly relevant to the subject of