Atomic Theory of GravitySven Gelbhaar16 November 2008 The astute observer will note upon reading a previous paper of mine, TheElectro-Magnetic Connection: Magnetism as an Emergent Function of ElectricForce, that this very same principle shouldn’t only apply to magneticallyactive elements, but indeed every element in existence. Allow me to demonstrate this principle. Let us suppose that […]
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Further Exploration of String TheorySven Gelbhaar15 November 2008 In a previous paper, called The Unraveling of String Theory (Sven Gelbhaar,25 January 2008), we postulated that if gravitons can escape into alternatedimensions, thereby accounting for the weak force of gravity, that theinverse should also be true – that gravitons should be able to traverseback from these
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On Hubble’s Red Shift FindingsSven Gelbhaar05 November 2008 “In the 1920’s astronomer Edwin Hubble began studying the Doppler shiftsof the light emitted by galaxies. … When astronomers began to study theDoppler shifts of galaxies, they expected that each galaxy’s direction andvelocity of motion would be essentially random. Some would be approachingus, and their light would
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Randomness in a Deterministic SystemSven Gelbhaar2 November 2008 “Electron cloud is a term used, if not originally coined, by the NobelPrize laureate and acclaimed educator Richard Feynman in The FeynmanLectures on Physics (Feynman2006 Vol 1 lect 6 pg 11) for discussing“exactly what is an electron?”. This intuitive model provides a simplifiedway of visualizing an electron
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Contra Double Star ExperimentSven Gelbhaar31 October 2008 Willem De Sitter conducted a study of double stars in 1913 wherein heobserved double stars hoping to see a warped image of them that heanticipated would emerge if the speed of light is variable. (1) Hereasoned that if the speed of light is variable, that the photons emittedwhen
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On the size of the UniverseSven Gelbhaar31 October 2008 With the advent of General Relativity we have come to define the universeas one cohesive manifold (1) that is expanding outward at an apparentlyaccelerating rate as per the Big Bang Theory. This, however, presents uswith a unique set of problems, even beyond those I’ve already pointed
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On Relativistic MassSven Gelbhaar27 October 2008 If two objects collide at relativistic speeds, it will appear from theirperspectives that momentum symmetry breaks down due to properties of light(or so it’s believed as per Special Relativity). To work around this andconserve momentum, Einstein postulated that the mass of an object increasesas its velocity does. (1) In
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Signal loss in vacuum seems to suggest that wave theory is flawed Experimentation in phased arrays shows us that a signal can be boosted with aharmonic transmission shortly following the original transmission, which certainpeople might intuitively perceive as maintaining the wave-like nature of RFsignals. However if this were the case then there would be no
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The Electro-Magnetic Connection: Magnetism as an Emergent Function ofElectric ForceSven Gelbhaar24 October 2008 Wikipedia tells us that magnetism is derived from the particle spin ofelectrons – that is how electrons spin about their own axis, coupled withSpecial Relativity. (1) Well we here at Occam’s Razor have already exposedSpecial Relativity to be mere optical illusion, and
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Temporal Paradox of PhotonsSven Gelbhaar21 October 2008 Special Relativity tells us that as an object’s speed increases, it movesfaster in time. (1) This peaks off when it reaches the speed of light,where time would cease to pass from that object’s perspective. Let usexplore this a little further. What do we know travels at the speed
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