A New Era of Understanding the Universe: When Light Reveals More Than We Dared to Imagine
In physics, it has long been accepted that the speed of light in a vacuum is constant—independent of the motion of the source or the observer. This assumption forms the foundation of the theory of relativity and many cosmological models, including the Big Bang theory. But what if this foundation isn’t as solid as we thought?
New experimental approaches open the door to a different view of light: as a phenomenon in which frequency and wavelength are not necessarily linked through a constant speed.
In the booklet The Light from Space by Franc Rozman, a simple yet effective method is described that allows for independent measurement of light’s frequency and wavelength. The results suggest that light from space arrives at different speeds—depending on the motion of the source and the influence of gravity.
This means:
- The motion of the source affects the frequency, but not the wavelength.
- Gravity alters the wavelength, while the frequency remains unchanged.
If light truly travels at varying speeds, it’s time to re-evaluate the theory of relativity. Perhaps a return to Newtonian principles is in order. Objective measurement of light’s frequency—and thus the velocity of stars—challenges the current view of cosmic expansion. The Big Bang theory? Dark matter? They may no longer be necessary.
With these new measurements, the universe begins to reveal itself in a simpler, more comprehensible way—contrary to today’s complex and often mysterious perspective.
Article: ACES, the Definition of the Second, and the Interpretation of Time Dilation
Pedagoška meritev EINSTEIN, THE THEORY OF RELATIVITY AND TIME -> SLO
.
