The Dynamic Universe

Alkulämmittelyksi:

The Dynamic Universe theory does not need the relativity principle, the equivalence principle, the Lorentz transformation, the postulation of constant velocity of light, or a space-time concept. The Dynamic Universe theory does not predict dark energy or accelerating expansion of space, but produces parameter-free predictions to cosmological observables – in an excellent agreement with observations. The Dynamic Universe does not rely on postulated energy quanta, wave function or Schrödinger equation, but allows a wave description of localized energy objects as resonant mass wave structures.

Predictions for local phenomena in DU space are essentially the same as the
corresponding predictions given by the special and general theories of relativity
and quantum mechanics. At the extremes — at cosmological distances and in the
vicinity of local singularities in space, differences from the predictions of general
relativity and the Friedman-Lemaitre-Robertson-Walker cosmology become
meaningful. The DU predictions for cosmological observables can be derived in
closed mathematical forms without experimental parameters – with excellent
agreement with observations. There is no dark energy in DU space – space expands with a decelerating rate, maintaining the zero-energy balance of motion and gravitation.

DU-mallin neliulotteisen pallon kolmiulotteinen pinta pistää helposti ajatukset solmuun.

Mutta yksikertaisista lähtökohdista rakennettu malli, jolla voidaan laskea ja saadaan tarkkoja tuloksia siinä missä "virallisilla" malleillakin.