M Dash Foundation: C Cube Learning

Tag: Compton Wavelength

  • Compton effect, Quantum Lecture 3.

    Compton effect, Quantum Lecture 3.

    As we have mentioned earlier, we would be discussing a few experiments that elucidates the nature of the new theory based on the ideas of quantization and wave-particle duality. This lecture will be an addition to the phenomenon of photoelectric effect that we discussed in our last lecture, as an example of how a classical…

  • Heisenberg’s Uncertainty Principle from a new angle

    Heisenberg’s Uncertainty Principle from wave-particle duality. The wave-particle duality states that any mechanical object can exhibit both wave and particle behavior and the complementarity priniciple states that they can not both be observed simultaneously. That is the wave and teh particle nature are only exclusive ly observed given a specific time or time window, the…

  • Feigenbaum constant and Compton Wavelength factor !

    In our OPERA anomaly analysis, by summing Lorentz factors we obtain a speed-time uncertainty relationship in terms of the Compton wavelength where we have a constant 0.211. The inverse of this constant is pretty close to the so called Feigenbaum constant which is 4.669. Inverse of 0.211 is 4.73 ( — 1.3% away )  But…

  • Energy-time uncertainty is a distance-time and speed-time uncertainty.

    Energy-time uncertainty is a distance-time and speed-time uncertainty.

    OPERA sees 7.5 km/s fallout which goes above photon-speed. This will be consistent with Relativity if they incurred a larger error on their energy while at the same time keeping their time uncertainty between 1 to 10 nanosecs. SO they need to show us their energy distribution with uncertainties …