Measuring of the time difference between two probability density waveforms

TO BE COMPLETED

The first results indicated superluminal neutrino speeds which is simply incredible.

When they where at a loss to explain this a question for help was publicized in the media.

I became interested because I have experience in data analysis from the time I was involved

in digital telemetry data transmitted via radio by a rocket stage to an earth station where this data is extracted from a radio signal that is contaminated by noise.

In the above document their method of data analysis was explained . The first thing Inoticed was that this method introduced an incredible amount of noise. Normally data not containing useful information is discarded but the information in their data was buried under an unbelievable amount of noise because that was not removed sufficiently.

I immediately saw how this could be improved so I sent an e-mail to the OPERA Colaboration proposing an alternative method. Although that method was tested, the real error appeared to be a bad connection in the transmission of time signals over the 700 km between Geneva and Grand Sasso.

My method indeed appeared to be more accurate, which was at least a recognition for me, but unfortunately my name was not mentioned.

A few months later I send my idea to arXiv, see

New analysis for measurement of the neutrino velocity with long duration proton extractions

but that was later rejected because "it was more suited for popular publications". Bummer.