160 likes | 172 Views
Explore the physical basis of clock retardation and length contraction in the context of fractal particles. Analyze why Einstein's theory yields accurate results and its relation to the behavior of fractal particles in the cosmic realm.
E N D
Immediate Objectives 1.To describe the physical basis for clock retardation experimental results (e.g., particle lifetimes)2.To describe the physical basis for length contraction experimental results (e.g., Michelson-Morley experiment)3.To explain why Einstein’s theory happens to give correct results, despite being based on unsupported postulates4. Show that 1, 2, and 3 are consistent with the behavior of fractal particles in the fractal cosmos
19th Century Soups Tom Young’s Aether Maxwell’s Choice Aether Luminiferous Ether Huygens Aether
Velocity of light 300,000 km/sec relative to ether Orbital Speed 30 km/sec relative to ether Velocity of light 300,000 km/sec relative to ether Aether Soup: Fixed velocity (zero ) relative to ether
Something missing Here for 100 years
100th Anniversary of the Paper: ELECTROMAGNETIC PHENOMENA IN A SYSTEM MOVING WITH ANY VELOCITY LESS THAN THAT OF LIGHT By H.A. Lorentz
Substrate of a Fractal Universe, Radius = R0 R0 3D Standing Wave = 4r0
Is Einstein’s Relativity Theory Superfluous? Einstein special theory of relativity Step 1. Assumes two principles: Relativity (indistinguishable reference frames) Constant speed of light. Step 2. Derives L-T Step 3. Physical Meaning Unknown Fractal mechanics Step 1. Shows physical basis for clock retardation Step 2. Shows physical basis for L-F contraction Step 3. L-T follows for specific measurement methodologies Step 4. Two principles follow from L-T
Superfluous Vs.Preposterous Friends, Romans, countrymen, lend me your ears; I come to bury [Einstein], not to praise him. The evil that men do lives after them; The good is oft interred with their bones; William Shakespeare, “Julius Caesar,” Act 3, Scene 2