A What is the achievable accuracy of neutrino speed measurement?

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Achieving an accuracy of 10^-12 seconds in measuring neutrino speed is currently not feasible, as existing experiments report accuracy in the nanosecond range. This lower precision compared to photon speed measurements is attributed to the challenges in controlling and detecting neutrinos. The discussion highlights the need for advancements in instrumentation engineering to improve measurement capabilities. Relevant threads on FTL neutrinos provide insights into the limitations faced in these measurements. Overall, the current state of neutrino speed measurement reflects significant technical hurdles that need to be addressed.
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Is the accuracy of 10^-12 s achievable in measuring a neutrino's speed with current experiments?
Is the accuracy of 10^-12 s achievable in measuring a neutrino's speed with current experiments? I have come across a number of papers stating the accuracy is in the order of nanoseconds. This is much lower accuracy than the measured speed of photons. I believe it is due to the difficulties in controlling and detecting the neutrinos.
 
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