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 **0.214** is very accurately the inverse of **4.669**,* Feigenbaum constant* which is a fundamental physical constant ( — and a *transcendental* *number*). In-fact since having more terms in binomial expansion will increase the **0.211** perhaps to **0.214**, I suspect there is a *definite relation between summing beta = 1 Lorentz factors and Feigenbaum constant*.

Categories: anomaly, author, basic physics, experimental high energy physics, Ideas, manmohan dash, Methods, new experiment/theory results, OPERA anomaly, OPERA experiment, particles and their properties, Physics, quantum mechanics, Relativistic Quantum Mechanics, Research, Research Article, Research Progress

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