On the technological foundations of interstellar space travel

Second section: On the basics of light resonance tomography, a sighting quantum technology and energy pulse technology

Scientific citation:

Kolek, Erik (2024). An advanced molecular theory of body cells as the basis of quantum medicine and development of a light resonance tomography imaging device. In: On the technological foundations of interstellar space travel. Chronicles of Business Informatics Physics (CBIP). Volume 3, edition no. 1.0.

Erik Kolek (2024)

An advanced molecular theory of body cells as the basis of quantum medicine and development of a light resonance tomography imaging device

Summary

Beginning with an advanced molecular theory of body cells that sheds light on the RDNA complex structure of living organisms, statements about microbes and environments within planetary atmospheres are also opened up. This foundation of quantum medicine serves the development of an advanced purely medical photon radiation technology. This is light resonance tomography based on Albert Einstein's electrodynamized photoelectric effect, which as a consequence allows a computer and information system-supported biobed and thus a hospital ward for general quantum physicians and their patients. This should be the beginning of the next century in medicine for all kinds of living beings. Of course, Erik Kolek is not a physician and therefore all information is to be questioned.

An advanced molecular theory of body cells as the basis of quantum medicine and development of a light resonance tomography imaging device

Based on an advanced molecular theory with regard to living cell bodies, quantum medicine can be derived in general terms using Euclidean geometry. The following purely mathematical assumption therefore always applies to a single body cell:

(1) RNAik + DNAik = 1.

A single somatic cell of a living organism therefore always consists of a certain relationship consisting of a multidimensional complex of ribonucleic acid (RNA) and a multidimensional complex of deoxyribonucleic acid (DNA). This relationship can vary from cell to cell. Pathological changes in the cell can occur if the RNAik as a whole takes up a larger proportion than the DNAik as a whole in the cell complex. According to the theory of heredity, this can result in damage to the overall structure of the body cell and be passed on. This also expresses the diversity of every living body cell. The factors m and n in (1) must be integrated in order to take into account the multiplicity of a single multidimensional somatic cell. From this follows purely mathematically:

(2) mRNAik + nDNAik = mn.

In accordance with Euclidean geometry, according to (2) a somatic cell can be imagined mathematically simplified as a two-dimensional circle or physically as a multidimensional ellipsoid (3). If the size m of the RNAik is increased externally, the product mn and thus the somatic cell as a whole also grows. This also generally explains the growth process of a single body cell. Therefore, as a piece of quantum medical advice, an (artificial) non-uniform change in the factors m and n should always be avoided in order to be able to counteract pathological changes in the body cell, for example, to possibly cure cancer with a pill that strengthens or balances the DNA complex. In the following, the aforementioned two-dimensional surface of a circle or multidimensional surface of an ellipsoid according to Gauss will be considered as representative of a body cell. Instead of the product mn, we now introduce the invariant ds2 as Albert Einstein (2009) methodically does.

(3) ds2 = RNA11dDNA112 + 2RNA12dDNA11dDNA12 . + RNA44dDNA442 (Einstein, 2009, p. 59)

Using (3), the newly derived complex RNA-DNA structure of a somatic cell is easy to understand. This is a four-dimensional space-time continuum of a somatic cell that can also assume non-Euclidean shapes. Non-Euclidean shapes are taken into account by considering the surface using Gauss and are therefore possible. For the general case of an (approximate) Euclidean complex RNA-DNA structure of a somatic cell, the following expression applies.

(4) ds2 = dRDNA12 + dRDNA22 + dRDNA32 + dRDNA42 (Einstein, 2009, p. 59)

Based on the newly derived complex RNA-DNA structures (3) and (4), it quickly becomes apparent that (artificial) changes in the body cell structures must always be pathological, whereby RNA and DNA are always firmly linked and therefore formulated as RDNA, whereby a positive RNA complex change always causes a negative DNA complex change and, conversely, a positive DNA complex change always causes a negative RNA complex change within the body cell. This means that there is always a death of the affected body cells (cancer attack) and, conversely, always a revival of the affected body cells (cancer cure). Long-term negative consequences on the RDNA complex structure, particularly through heredity, cannot currently be treated with quantum medicine. However, a corresponding pill to strengthen the DNA complex with a balancing effect on the RNA complex (cancer cure) seems conceivable, but this pill is unlikely to be able to eliminate any inherited DNA complex damage, as the complex RDNA starting structure in the body cell is already damaged. Quantum medicine as an advanced type of medicine no longer distinguishes between human medicine and veterinary medicine due to the complex RDNA structures of body cells generally present in every living being according to nature. Quantum medicine is therefore a standardized medicine for every type of living being.

Quantum medicine also deals with the smallest living organisms that can come into contact with individual body cells. In the physical nature of the space-time continuum, these smallest living beings are generally all types of microbes that can occur on all types of planets and are subsequently referred to collectively as microbes for quantum medical reasons. At this point, we should refer directly to the medical microbiologist Louis Pasteur, who famously said that only the environment was sick and that the microbe actually had nothing to do with it. This statement is now to be tested by means of theoretical quantum medicine in order to uncover any existing dangers for humans in the colonization of planets.

Microbes within planetary atmospheres. Most likely, Brownian motion (Einstein, 1905, 1906) has a decisive influence on the movement of microbes within heated gases and liquids. To simplify matters, it should be assumed that the microbes have a spherical shape and can move and rotate within a planetary atmosphere. With regard to the size of the microbes, it should actually be clear that their size cannot be the same as the size of the air particles (e.g. oxygen O2), because otherwise the microbes themselves would not breathe and would therefore not be viable if the definition of breathing life forms is generally followed. Microbes are therefore larger than the gas particles, which is why they can move between the gas particles and even use their movement impulses for acceleration, whereby the necessary oxygen O2 is probably absorbed for the most part via their skin surface. However, microbes cannot survive for long within planetary gases, as they need food in the form of cell nuclei (RDNA) just like all other breathing life forms, so it would of course be conceivable that they could eat each other when there is a lack of food, but they could also equally infest all types of living organisms such as plants, animals and humans, because microbes feel most comfortable in warm liquids such as water and an aqueous reddish metal hydroxide (metal water solution), which, thanks to medical quantum chemistry in conjunction with the RDNA complex cell structure, makes a new promising healing potential conceivable with regard to physical function research in vitro with cell samples placed in a certain metal hydroxide with the addition of certain nutrients such as amino acids. So as long as microbes are moving in bodies outside of warm liquids, they pose no danger to the environment; Pasteur is probably still correct here. Otherwise, all types of living organisms would die directly in the planetary atmosphere, precisely because they breathe. Although some microbes are continuously inhaled, they can hardly settle in the environment if they are filtered out of the gas atmosphere on their own, as the environment has sufficient defense functions.

Milieus within planetary atmospheres. The situation is different when microbes suspended in warm liquids, as described in Brownian motion by Einstein (1905, 1906), are inhaled at an accelerated rate through milieus from other milieus, because in these exhaled cell samples the microbes have already multiplied significantly through mitosis. Within confined space-time continua (as given in a smaller space), infection with microbes can therefore occur, even within various metric time periods, since here Brownian motion lasts longer due to heat within the limited four dimensions dxi = 4. Incidentally, the same principle can be applied to any solar system, but I don't want to go into this in detail as it would also take me off topic. So after the microbes have entered the environment via the mucous membranes, which generally absorb and separate the particles, and are still really inside their warm liquid droplet, because this also protects them from direct access by the defense system (unlike microbes that move back and forth between gas particles), they begin to multiply as soon as the hydroquant is transported into a body cell for temperature regulation. Once inside the body cell, the water particle is slowly absorbed until only the microbes remain....