M Dash Foundation: C Cube Learning

Category: experimental high energy physics

  • Higgs really gives mass to other particles?

    [As an analogy] You have to think of Higgs as iron balls that can move on strings like beads. Whereever they go, the strings become heavier and the tiny little balls that can be there gain the weight of this iron ball. In otherwords only when the iron ball stretches the string with its heavy…

  • Whats the meaning of a new particle?

    Now that Force corresponds to energy and you want to make it correspond to potential energy only you have to subtract the energy due to motion only and that will for a good deal involve various transformations etc because you want to be very careful about everything. But once you have known the potential energy…

  • 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…

  • 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…