M Dash Foundation: C Cube Learning

Category: new experiment/theory results

  • Bad news for OPERA still continues

    I am giving you a very accurate speed-time uncertainty relation for particles moving at speed of light, which I derived myself from 1st principles, I do not know if this has been established earlier this way, but likely that it must have been for as early as the invemtion of Quantum Mechanics, del_v.del_t >= -0.831*lamda_compton.…

  • Bad news for OPERA.

    Confirm, after I fixed some error-analysis ( — binomial coefficient and error analysis) and fixed the speed-of-light-unit calculations I see that OPERA-experiment does not even need to look beyond what error they might have done. ~1 part per billion of eV (ppb) error on their neutrino-mass equivalent to ~274 ppm of 1 eV error on…

  • what OPERA might be doing in their analysis

    This logic is somewhat of a speculation, but you can see this as a number game, other articles are very stringent about what they see and what QM says they must see, I will upload a nice diagram in the other article as this one I intend as a mental exercise.

  • UPDATE TO: OPERA has lost it’s claim of superluminal neutrino.

    UPDATE TO: OPERA has lost it’s claim of superluminal neutrino.

    A stringent constraint on OPERA speed-excess: Planck’s constant = 6.6 10^(-7) eV-nanosecond; A neutrino mass of 2 eV has to be measured to better than 1.15 eV to see any superluminal excess. — After I fixed mistakes in my binomial-expansion. At or above this error you see (7.5 + >= 7.5 ) km/second, you can…

  • The relation between 3 anomalies of OPERA, FLYBY and Pioneer.

    The very nature of earth-based gravitational effects is, at-least a fallout in the order of mm/second and application of Quantum Mechanics in case of OPERA apparatus brings out this inherent truth clearly. One would see at minimum a (+ or -) mm/second order excess beyond speed-of-light = 1, no matter what. On the other hand…