Newtonian Physics Fails to Des
As an object moves, it’s mass increases, and time goes slower for the object. Exactly determining the position and momentum of an object is impossible. A particle is mostly here, but partially there, and partially somewhere else. A vacuum consists of electrons with negative mass. In vacuum, particles appear out of nothing for a very short period of time and then disappear. These statements seem absurd from the common point of view, but in fact they are very real and can be easily proven by experiments and by the laws of modern physics.In Newtonian physics, everything is simple. Newton said “Absolute space in it’s own nature, without relation to anything external, remains always similar and unmovable.” He also asserted in the principia, “Absolute true and mathematical time, of itself, and from it’s own nature flows equably without relation to anything external, remains always similar and immovable”. The physics Newton built was based on three main ideas: Newton’s first law (Galileo’s principle of inertia) stating that an object at rest tends to remain at rest unless acted on by an external force; Galilean transformation of inertial frames: (Krane 18), and the law of conservation of momentum (Halliday 237).
Fermions are divided into two categories: leptons and quarks. Leptons and quarks are the most basic building blocks of matter. An electron is an example of a lepton. Each lepton and quark has an antiparticle partner, with the same mass but opposite charge. Quarks cannot be isolated because there is a force in-between them that grows stronger when the distance between the quarks increases. (like a rubber band). A little later A. Einstein did a series of famous experiments for which he was awarded the Nobel Prize. He discovered the release of electrons from a substance under the influence of electromagnetic radiation. This proved that electromagnetic waves have the momentum . This is called the photoelectric effect. (Gribbon 281). The uncertainty principle produces many interesting phenomena. For example, if a particle is stationary, then an observer would know it’s exact momentum which is zero. This is a violation of the formula , because the uncertainty in momentum would be zero and anything multiplied by zero would be zero, which does not equal . Therefore, it is impossible to completely stop anything from moving. (Haliday 1163)
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Approximate Word count = 3720
Approximate Pages = 15 (250 words per page double spaced)
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