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Introduction:
Quantum MotionQuantum means a definite, differentiable quantity. Quantum motion therefore means a motion performed in definite quantities of motion, or lengths of spatial displacement, and this precludes any continuity in the overall effect.
By "Mechanics of Motion", I understand the methodology of the three basic types of motion: the wave, the subatomic and the atomic motion. All three of these motions are quantized, formal, and therefore discontinuous. The means that there is no continuous motion in objective reality.
Owing to our means of experimentation, this paper is only designed to demonstrate the nature of atomic motion.
To obtain copies of this book, contact Boisvert's grandson, Gordon Smith, at gds@islandnet.com
Against long-held beliefs, Wilfred Boisvert maintains that continuity of motion results in paradoxes that can only be resolved by discontinuous step-like motion. From Zeno's Paradox to Planck's Quantum Theory, Boisvert argues against the infinitessimal and the continuum, and for the finite and discreet, even for motion itself.
Whether you agree with Boisvert's thesis or not, this book contains cloud chamber photographs and experimental results that make it a valuable addition to any dissident library. The photos of bullets striking nails or other objects were taken at exposure times of 1/70,000th of a second, revealing several wave-like or strobe-like phenomena. They clearly show air walls (vacuums following behind moving objects), spin (both parallel and perpendicular to object motion), and disintigration (pieces of nail or bullet matter chipped away at regular intervals). Though both discreet and continuous streams are apparent in the photos, Boisvert explains the continuums with "superimposition", the failure of a particle to outdistance its own diameter when stepping from one discreet state to the next.
As with the experiments detailed in C. V. Boys' 1890 classic, Soap Bubbles, the many experiments in this book definitely illustrate wave-like, frequency-dependent behavior in seemingly continuous streams of matter. They deserve to be replicated, but more importantly deserve a sound scientific explanation.
To obtain copies of this book, contact Boisvert's grandson, Gordon Smith, at gds@islandnet.com.
