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A new theory is hereby proposed which is founded on the concept of quantized elementary discrete mass particles, called herein the Magneton and Antimagneton. The particles are conceived to be spinning magnetic dipoles with sufficient mass... more
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      Mathematical PhysicsPhysicsTheoretical PhysicsParticle Physics
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      HistoryHistory of Science and TechnologyMathematicsMechanics
Einstein equation of energy is given as mass into square of speed of light, De Broglie used this energy equation with photon energy to calculate wavelength of particle. Using concept of Certainty principle using complex plane it was... more
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      E=MC^2Albert Eienstein
Einstein's famous equation revolutionized the theory of physics and introduced new perspectives to the study of energy and mass. However, a close consideration of its principles raises essential concerns on the equitability of mass and... more
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      PhysicsTheoretical PhysicsRelativityGeneral Relativity
The current paper reports discovery of superluminal velocities of X-rays, and Bharat Radiation in 12.87 to 31 nm range from solar spectra. The discovery challenges the 100 year old Albert Einstein’s assertion that nothing can go faster... more
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      Special Theory Of RelativityAlbert EinsteinEUV, OpticsE=MC^2
Einstein's famous equation, , revolutionized the theory of physics and introduced new perspectives to the study of energy and mass. However, a close consideration of its principles raises essential concerns on the equitability of mass... more
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      PhysicsTheoretical PhysicsRelativityGeneral Relativity
Effects of E=MC^2 on the Solar System
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      Quantum PhysicsParticle PhysicsGeneral RelativityQuantum entanglement
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      Mathematical PhysicsTheoretical PhysicsQuantum PhysicsRelativity
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      Special Theory Of RelativityAlbert EinsteinEUVE=MC^2
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      PhysicsSpecial Theory Of RelativityGeneral Theory of RelativityE=MC^2
Then E=MV 2 Limit C As a consequence, a Proton (No Mass) can have a Maximum Energy of C 2 at which time, the Proton's Velocity is C. (Energy Limit @ C 2) C 2 (m/s/s) = 0 (grams) * V 2 (m/s/s) (Proton) C 2 = V 2 V = C (3 x 10 8 m/s/s) E =... more
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      Quantum PhysicsRelativityQuantum entanglementAlbert Einstein