M Dash Foundation: C Cube Learning

Category: Methods

  • The nature of our Universe

    But like we can make sense “a football rolled off and seems much smaller now, therefore moon must be really really huge, we know that its situated far off, we can also make sense that since we can continue to collapse and collapse and collapse yet not reach a point and when we reached a…

  • A proposal from my PhD thesis

    The experimental high-energy physics processes are a brilliant case of application of the rules and methodologies of statistics. It comprises of multitude of processes each having a unique topography and physical kinematics. Some of the processes are called the signal for their specific treatment for extraction of a physical quantity. The other processes are mainly…

  • The new glitch in OPERA.

    ( UPDATE, 19.11.2013 — Establishment here refers to the standing of Theory of Relativity in making speed-of-light as 2.99 x 1,00,000 kms/second, therefore they have attacked speed-of-light hypothesis and a cable glitch doesn’t take away their claim, as their claim was made on the basis of Physics in their paper, the glitch only deletes one…

  • 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…