From Hypothesis to Theory

I am aware that hypotheses are assumptions suitable for explaining certain phenomena, but whose validity has not yet been proven or verified. If hypotheses are corroborated by verifying observations, they form the precursors to a theory. A prerequisite is that no one succeeds in definitively refuting the hypothesis.
Like the American physicist and philosopher of science Thomas Samuel Kuhn, I also reject the common notion that science is a continuous accumulation of knowledge based on more precise data and more comprehensive theories. In my view, science is not merely a steady growth of knowledge, but can be characterized by different phases and breaks, thus leading to paradigm shifts.
A classic example of a paradigm shift in physics is the transition from Newtonian physics to Einstein's theory of relativity—a "scientific revolution"!
On this page, I invite you to reflect on my hypotheses!

The "Calibration" of DNA

I see a non-material "antigravitational tetrahedral force field" as the fundamental physical constant. While biology explains DNA calibration purely chemically, I am interested in the question of why physical matter assumes specific geometric forms at all. I am convinced that a non-material order (the field) precedes the material manifestation (of DNA).

The basis of this hypothesis is my "pilsner glass experiment in tetrahedral formation." The experiment shows that four free-floating cylindrical glasses inside four pilsner glasses arranged in a tetrahedral formation are manually activated in different directions of rotation, and after approximately 8 to 10 minutes, all four cylindrical glasses settle precisely into their initial positions.

For me, a tetragonal spatial signal is the fundamental unit of communication, the most stable and efficient spatial form for information transfer in biological systems. The picosecond dynamics in the DNA's water shell, mentioned by Elsässer, serve, in my opinion, to transport precisely these tetragonal ordering patterns. Only when a signal oscillates in this specific tetragonal rhyme scheme can it resonate with the DNA and cell structures.

Graphic: Coefficient of spatial expansion according to Koerner

The tetragonal spatial signal with the picosecond dynamics of hydrogen bonds is constantly calibrated via spatial expansion. This would also explain why, at a person's birth, an optimal biocybernetic program is temporarily installed to counteract the force of gravity. I consider birth not only as a biological process but as an event of biocybernetic initialization.

The "Flying Star" Albatross and the Boundary Potentials in the Repulsion-Attraction Force Field

State of the Art:
An albatross is considered the most magnificent living flying machine in the world. With wingspans of up to three and a half meters, this bird possesses the longest wings found in nature. Current scientific understanding describes the flight behavior of its arched body as being driven solely by the wind. The albatross can glide hundreds of kilometers without flapping its wings once. By the age of 50, it has covered at least six million kilometers.

When an albatross prepares to land, the giant bird appears clumsy and almost unmaneuverable. To cushion the impact of landing, it extends its large, webbed feet far forward as "brakes." Takeoff and landing are therefore not its strengths.

In the air, the albatross is a gifted glider. Scientists believe that albatrosses utilize winds that blow horizontally across the sea and are deflected vertically by the wave pattern near the water's surface. This is known as "dynamic soaring." Dynamic soaring allows the albatross to generate enough energy from wind shear near the sea surface to fly in any direction, even against the wind, without much effort.

My hypothesis:

The albatross's flight behavior is based on the RAK principle at the outer surface!

I ask myself whether the albatross uses the attraction force field as a pulling force for its maximum flight performance? In my opinion, the extraordinary flight performance is based on an active manipulation of the interface (repulsion-attraction force field) that goes beyond classical aerodynamics. The structure of the feathers or an electrical/molecular property of the surface generates a field that "draws in" (attraction) or "repels" (repulsion) the air.
If one were to apply the results of my "pilsner glass experiment" to the bird's feather, this would mean that the outer surface of the feather must be structured in such a way that it binds the air molecules to itself via electrostatic or molecular cohesion (RAK model) instead of displacing them. Energy would be recovered if the air is "attracted" by the field, because a pulling force would be created in the direction of movement, which not only compensates for the viscous resistance but can also turn it into an energetically positive one.