Tag Archives: Einstein

A Mechanistic Model for the Hydrogen Atom

  Introduction The quantisation of matter and of electric charge are simple concepts to grasp since they involve merely the absence or presence of a integer number of discrete particles.  Particles, like grains of sand, can simply be counted to give the total amount of matter in any given volume.  Electric charge is only a […]

The Schrödinger Wave Equation

Following Bohr’s model for the hydrogen atom Louis de Broglie suggested that the electron could be considered as a wave rather than a particle and proposed that the wavelength of such a wave was Planck’s constant divided by the linear momentum of the orbiting electron.   In effect he was restating Bohr’s adopted assumption that angular […]

The Quantum Catechism

Over recent years much has been said about the similarities between religion and science.  Religion and science, and especially physics, it are said are on a convergent path.  The religious establishment is particularly fond of this idea, especially when spoken by a scientist, since it enhances their credibility, bolsters their position of authority and helps recruit […]

Relativity and Orbital Motion or How to win at the Game of Monopoly Using Special Relativity

The Muon is a small electrically charged particle, much like an electron only more massive.  Muons are especially useful when it comes to testing and measuring the effects of special relativity. This comes about for a number of reasons.  Firstly the muon carries an electric charge, which means that it can be manipulated by means […]

Not so sure about the Heisenberg Uncertainty Principle?

Werner Heisenberg (1901 – 1976) was a German physicist who studied physics and mathematics in Munich.  He studied under Arnold Sommerfeld alongside Wolfgang Pauli, but it was when he first met Niels Bohr that his interest in quantum physics and his career took off. In 1926 he was working on a way to explain the […]

Retrospective Predictions!

Modern scientific enquiry aims to be as objective as possible.  The mechanism that has evolved to meet this requirement is called the Scientific Method.  The Scientific Method is predicated on the idea that new theories are developed based on a set of assumptions or postulates. To be useful the theory must be capable of making […]

How is it possible to make nothing out of something?

There is a fundamental conflict between the currently accepted interpretation of Maxwell’s equations and the absence of an ether like medium. Maxwell’s equations purport to show that a changing magnetic field induces an electric field and a changing electric field induces a magnetic field.  Taken together these two coupled fields oscillate and the whole propagates […]