I have a theory on why neutrino was measured to move faster than the speed of light in the recent CERN’s experiment. This theory will uphold the validity of Einstein’s relativity laws, and debunks those other “extra dimension” theories.

I suspect the discrepancies in the measurement is because it did not take into account of the movement of the Earth around the Sun, the Solar System around the Galactic centre, and the Milky Way speed in the Universe.

In the event when a particle moving at the speed of light from A to B, while B is moving towards A, and A is moving away from B, taking into account the universe speed limit is the speed of light, the particle time from A to B will be measured as faster than the speed of light.

There should be a similar control experiment in the opposite direction from Gran Sasso (B) to Geneva (A), at the same time. If my theory is correct, we should find the time from B to A to be slower than the speed of light, and from the data of both the experiment, we should be able to calculate the movement or expansion speed of our galaxy in the universe.

Is this movement/expansion (of Milky Way in the Universe) the Planet Vulcan we are looking for?

I’m not a Physicist, and I DO expect those smart people at CERN to take into account my simple explanation. I am looking for someone to explain what is wrong in my explanation and debunks my theory.

cern · physics