Quantum Theory, Theoretical Physics, Quantum Physics, Physics, Science.
Lastly, if we multiply both sides of equation (1.9) by the Planck Constant (h) we get Equation (1.10a) ______ ε = (hfₘₐₓ) (θ/θₘₐₓ) Equation (1.10b) ______ ε = (εₘₐₓ) (θ/θₘₐₓ) So here we have equations for the energy contained in an oscillation of three-dimensional quantum space. And, as we can see,