By Mark P. Silverman
Initially released in 1993, this publication of essays is a mostly nonmathematical account of a few of the unusual behaviour, either classical and quantum, exhibited by way of relocating debris, fluids and waves. Drawn from the author's researches in quantum mechanics, atomic and nuclear physics, electromagnetism and optics, gravity, thermodynamics, and the physics of fluids, the essays describe diverse actual structures whose behaviour provokes shock and demanding situations the mind's eye. There are unusual techniques for which no visualisable mechanism might be given; procedures that appear to violate primary actual legislation, yet which actually don't; techniques which are superficially good understood, but grow to be subtly devious. The essays handle questions or controversies from whose solution emerge classes of common value in regards to the secret and fascination of movement. an individual with a uncomplicated physics heritage or with an curiosity within the basic questions of physics will locate this booklet of use.
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Extra info for And Yet It Moves: Strange Systems and Subtle Questions in Physics
A proton lasts forever (or at least many times the age of the universe); a muon, however, has a mean lifetime of about two microseconds after which it decays to other particles that flee rapidly from the scene of destruction. The decay of the muon in the p+e - e - ion should leave two mutually repelling electrons. In any event, let us leave the technical details of a suitable electron source to the future. 8(a). Schematic diagram of an electron interference experiment with pairs of correlated electrons.
Back to the drawing board (literally) went the Hitachi team. T o ensure beyond a reasonable doubt that the magnetic field of the toroid was adequately confined, the experimenters designed a lowtemperature specimen stage to reduce the temperature of the toroid until the niobium layer becomes superconducting. A (Type I) superconductor displays the Meissner effect: upon transition to the superconducting state, it will suddenly expel a pre-existing magnetic field from its interior. However, given the geometry of the tiny shielded toroids, expulsion of the magnetic field from the outer niobium layer is tantamount to confining it within the inner permalloy magnet.
Swans and ducks skim over the surface. A veritable botanic garden with a rich variety of trees, bushes and flowers identified by small placards surrounds the pond and adjacent smaller pools. Footbridges connect the mainland to a few small wooded islands upon which here and there a stone lantern or Japanese shrine nestles unobtrusively. Beyond the pond is an extensive sports field with outdoor amphitheatre. These gardens and woods served me well. In the early afternoon and evening of most days I was wont to walk o r jog around the pond, my head filled with thoughts of electrons, solenoids and quantum mechanics.
And Yet It Moves: Strange Systems and Subtle Questions in Physics by Mark P. Silverman