We want to know why (W)ork = (M)ass + (E)nergy makes sense?

Hmm. We know mass (M) is a form of energy that interacts with its surrounding environment. And that environment is energy (E). Moreover, the mass interacting with its environment is called work (W). Eureka! The equation, W = M + E makes sense! But, Newtonian physics define work as Work = Force x Distance. AndContinue reading “We want to know why (W)ork = (M)ass + (E)nergy makes sense?”

How does one derive E = hf from H = P.E. + K.E. and iħ∂Ψ∕∂t = HΨ?

How does one derive the Planck-Einstein relation (E= hf) from the total energy (H) equation and from the Schrödinger equation? P.E. indicates potential energy, and K.E. indicates kinetic energy. And H indicates the Hamiltonian… Hopefully, we can produce an affirmative answer to our question soon. And that question is a good start in our questContinue reading “How does one derive E = hf from H = P.E. + K.E. and iħ∂Ψ∕∂t = HΨ?”

Why is an advanced theory of energy needed?

Energy is central to our existence. And nothing happens or exists in nature without energy. And the more we know about energy, the more we are able to produce efficiently the things that sustain life and allow us to flourish in the world. Central Equation: Work = Mass + Energy (environmental energy). Our universe isContinue reading “Why is an advanced theory of energy needed?”