Quantum Theory, Theoretical Physics, Quantum Physics, Physics, Science.
oscillation, by dividing both sides by two-pi. And this gives us Equation (1.9) ______ (f) = (fₘₐₓ)(θ/θₘₐₓ) So, given that both (f-max) and (θ-max) are constants, we now have the oscillation frequency of our quantum volume expressed solely in terms of the “Amplitude of Oscillating Curl” (θ).