Four glasses – proof!

For a long time, I too subscribed to the conventional medical view that neither heightened awareness nor scientific curiosity was needed to engage with therapists who profess energetic abilities. My successes in Atlas therapy "cured" this attitude. As an engineer and physician, however, I refuse to "just believe" in something. This made the challenge of uncovering the mechanisms of action, questioning them, and making them explainable all the greater. For the transfer of energy or information from the practitioner to the patient, a mechanism of action must obviously be assumed that is unknown in physics, electrical engineering, or information technology. Due to the lack of electromagnetic coupling, it would most likely be located in the realm of gravitational attraction. As a human cyberneticist, the question of biological signal transfer arose for me. According to my considerations, the water in the intercellular space could be responsible for this transfer.

The seemingly lighthearted "pilsner glass experiment" of 2005 was the culmination of years of deliberation. Countless experiments led to a setup that demonstrates the possibility of transmitting signals from a purely mechanical transmitter to a receiver of the same type, without any physical connection between them.

Do you have the patience? Then try it yourself!

Setup: "Pilsner Glass Experiment"

You will need: 2 identical pilsner glasses, 2 identical Kölsch glasses (the radius of the pilsner glasses should be 6 to 10 mm larger than the radius of the Kölsch glasses), a tray (to catch the overflowing water), scissors, 10 page markers (cut the colored ends into small sails and stick them to the rims of the glasses), a camera (phone) on a tripod, and patience!

Fill the pilsner glasses with water to just over half full and place the empty Kölsch glasses inside.

Carefully fill the Kölsch glasses with water until they center themselves around the axis of the pilsner glasses and are thus supported with minimal friction.

Due to the forces acting on the water's surface, a "water bulge" will form between the rim of the pilsner glass and the wall of the Kölsch glass, and the outer rim of the Kölsch glass will separate from the inner rim of the pilsner glass.

Fill the pilsner glasses to just over half full with water and place the empty Kölsch glasses inside. Gently set a Kölsch glass in motion with a pen (depending on the initial push, the rotation can last 5 to 10 minutes). Only when the glass that was pushed is almost at a standstill will the stationary glass begin to rotate.

Please note: The time and degree of rotation will vary depending on the observer. To avoid human interference, using a camera is recommended. The markings on the glasses will clearly show the successive rotational movements in the interplay of light and shadow.