N. 3 - 21 aprile 2001 - Giano Bifronte

202
4. New Experiments to Detect Absolute Motion
The new interpretations of the past experiments support the
concept of absolute motion. However, it would be more convincing if
we can come up with new experiments that are specifically designed to
detect absolute motion. The following one-way experiments are
proposed for this purpose:
Proposed Experiment #1
This proposed experiment is exactly the same as the Compton
Effect Experiment (see Fig. 2.5) except that the x-ray is not a
continuous beam. It is chopped into pulses and a clock at the source
location determines the pulse rate. A wavelength detector and a pulse
rate detector are placed in the detector's location. The Model
Mechanical predictions of this proposed experiment are listed below. If
these predictions are confirmed, it will have confirmed the existence of
absolute motion and indirectly it will have confirmed the existence of
the E-Matrix.
Fig. 2.5 Experimental set-up for Proposed Experiment #1.
This is a modified Compton Effect Experiment.
It is designed to show that the red shifted peak
is caused by the receding motion of the graphite target.
Expected Results
1. There will be two peaks detected at any deflection angle. The peak
that has a wavelength the same as the incident x-ray is due to the
absorption and re-emission of the incident x-ray. The receding absolute