Quantum Physics and Quantum Mechanics For Beginners--The Introduction Guide For Beginners Who Flunked Maths and Science In Plain Simple English by Donald B. Grey

Quantum Physics and Quantum Mechanics For Beginners--The Introduction Guide For Beginners Who Flunked Maths and Science In Plain Simple English by Donald B. Grey

Author:Donald B. Grey
Language: eng
Format: epub
Tags: Everyone, best, bestseller, fiction, 2021, 2022, kindle, top, for, adult, teen, everyone, everything, card, gift, For, Poets, Dummies, Everything, Learn, Know, S, Basic, Foundations, World, Idiot, Books, Special, Time, 1, Weird, Overview, God, Bible, Machine, Einstein, Babies, Marco, Mechanics, Theory, Relativity, Magazine, States, Universe, Earth, Atom, Matter, Concepts, Edition, Book, 3, Energy, Healing, Cosmic, Atomic, General, 2, Teach, Dog, Law, Of, Textbook, Young, Adults, Kids, 4
Publisher: Bluesource And Friends
Published: 2020-07-28T16:00:00+00:00


THE UNCERTAINTY PRINCIPLE should not be confused with the similar observer effect, which says that measurements of subatomic particles cannot be taken without disrupting or changing a component of the system. For example, the energy needed to measure the position of an electron or a photon will disrupt the particle’s properties at that moment.

Einstein’s Argument Against Bohr’s Complementarity

During the Fifth Solvay International Conference in 1927, which concerned electrons and photons, Albert Einstein opposed the existing orthodoxy. This included the well-accepted first law of thermodynamics, known as the law of conservation of energy, plus the law of momentum, to gather information on the state of a particle while undergoing interference. Einstein claimed that his position, based on those two laws, refuted Niels Bohr’s popular principle of complementarity.

Bohr’s complementarity principle appears similar to Heisenberg’s uncertainty: Objects have pairs of properties that are complementary, which prevents the properties from being measured or observed at the same time—that is, simultaneously.

But according to Einstein’s proof of concept, when a monochromatic light beam meets a screen, it is diffracted, and continues on to a second screen with a pair of slits. This results in an interference pattern (F, in the schematic). Assuming only one particle can pass through at a time, and having the ability to detect the impact of the particle on the screen, it is possible to calculate which slit the particle passed through without disrupting the wave quality of the particle.



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