This proof shows that, based on standard scientific assumptions, physical movement is impossible. Since everday physical movement is not only possible, but routinely lived and experienced, we can confidently conclude that modern scientific world-views are wrong.

The objective of these proofs is to reveal how our modern scientific views are surface-layer perceptions that do not reveal or account for deeper, nonlocal (meta-physical) rhythms and processes.

• Scientific Assumption #1: The standard, widely-accepted scientific solution for explaining the paradox of physical movement (often referred to as Zeno's Paradoxes) is fully resolved by the mathematics of infinite series - the assumption is that we are able to traverse each point in an infinite sequence of small 'infinitesimal' contiguous and continuous steps in finite time, thus enabling everyday movement of our bodies etc.
• According to experiment evidence, objects (such as atoms) behave in a wave-like manner, with the debroglie wavelength λ of the object given by the formula λ=h/p, where h = Planck's Constant, and p = momentum of the object.
• The infinitesimal precision of the object's position (as required by infinite-series solutions as per Assumption #1) requires that λ approaches zero (since the de Broglie wavelength of the object indicates the range of possible positions and momentums of the object). But as λ approaches zero (to ensure a short sharp pulse with infinite precision), p (momentum = mass x velocity) approaches infinity. Thus, to precisely know an object's location at some arbitrary point in time t, requires the object to have infinite mass, and/or infinite velocity.
• To move an object (such a finger) through some arbitrarily small infinitesimal movement, requires that it gain infinite momentum which in turn would require infinite energy, thus making physical movement an impossibility.

Recommended articles:

• The Real Scandal of Quantum Mechanics (Prof. Richard Conn Henry, The Johns Hopkins University)
• The Mental Universe (Prof. Richard Conn Henry, The Johns Hopkins University)
• A Clearer Light (Prof. Richard Conn Henry)