On Feb 15, 3:39 pm, Archimedes Plutonium <plutonium.archime...@gmail.com> wrote: > Chapt15.45 Deriving all of biology from the Maxwell Equations as axiom > set > > Alright, I best or better start this book on "Biology with the Maxwell > Equations as axiom set". If I have enough time in life, I will do this > textbook separately. Of course, the 5th axiom is all the facts of > chemistry. Just the same as physics, which needs 5 axioms in full. You > see, the Maxwell Equations need something to work with, and those > things are all the facts of chemistry, and the Maxwell Equations tell > us how chemistry interacts. > > Now the Maxwell Equations were never really introduced into biology > for the history of biology, and there is a good reason for this. It > involves the history of physics also. The reason physics had Quantum > Mechanics is because there really was no top notch physicist in the > time period of 1860 to 2012 except for Dirac, but Dirac was too busy > to focus on the Maxwell Equations. The rest of the physicists in that > time period were too weak in logic and mind to put the Maxwell > Equations as the center of physics. So weak in mind that they threw > out the Equations and said they were as flawed as the Newton laws of > motion and then the 20th century fondled silly and stupid theories of > Quantum Mechanics and Relativity when both of them were mere subsets > of the Maxwell Equations. So the reason that physics did not have the > Maxwell Equations as the center of physics is because the physicists > were too weak in mind and illogical in thoughts. > > Now the reason biology never used the Maxwell Equations as the axiom > set over all of biology is about the same reason the physicists were > too dumb to do it. Biologists, for the most part are not good enough > to be physicists because all that math scares them and they end up > majoring in biology. Rarely do you find a biologist fluent in the > Maxwell Equations. By fluent I mean not mastering but rather like most > Phd in physics, having a rote memorization of the Maxwell Equations. > > To be a master of the Maxwell Equations is to be able to derive them > by yourself without ever having heard of them or learned them in > school. I myself am not a master in the Equations, rather, I am a > master of logic. I am one of the world's few masters of science logic, > and others were Archimedes of Greek times, Newton, Galileo, Faraday, > Maxwell. > > So why have no biologists ever started down this road of making > biology a axiom set of the Maxwell Equations, and the answer is > obvious that not even the physicists of 1860 to 2012 were smart enough > to do that to physics, so certainly no-one in biology is bright enough > to begin the program. > > So let me start the program. > > If you look at all living organisms, the first question is what is > their geometry? Is it hyperbolic, elliptic or Euclidean? Keep in mind > that hyperbolic is a closed loop wire or a funnel shape biology. A > human is a torus, which is a funnel shape. I am not certain for I have > not researched viruses, but I believe all organisms including viruses > have an intake out outtake which in mathematics topology means a > "hole" or torus shape. Humans have a mouth which is a long funnel or > tube that goes to the exterior for waste products. Now the human body > has more funnels, such as the heart and circulatory system, etc. > > The funnel or torus or closed loop is the electron and is the closed > loop wire in Faraday's law. The bar magnet in Faraday's law is the > proton or battery, or in animals is the food intake or in plants is > the sunlight striking their leaves. In plants, they also are built > like a long funnel, a long coiled wire loop. Here is an excerpt from > Wikipedia on photosynthesis: > > --- quoting in parts from Wikipedia on photosynthesis --- > Although photosynthesis can happen in different ways in different > species, some features are always the same. For example, the process > always begins when energy from light is absorbed by proteins called > photosynthetic reaction centers that contain chlorophylls. In plants, > these proteins are held inside organelles called chloroplasts, while > in bacteria they are embedded in the plasma membrane. Some of the > light energy gathered by chlorophylls is stored in the form of > adenosine triphosphate (ATP). The rest of the energy is used to remove > electrons from a substance such as water. These electrons are then > used in the reactions that turn carbon dioxide into organic compounds. > In plants, algae and cyanobacteria, this is done by a sequence of > reactions called the Calvin cycle, but different sets of reactions are > found in some bacteria, such as the reverse Krebs cycle in Chlorobium. > Many photosynthetic organisms have adaptations that concentrate or > store carbon dioxide. This helps reduce a wasteful process called > photorespiration that can consume part of the sugar produced during > photosynthesis. > > 6CO2 + 6H2O + light energy ==> C6H12O6 + 6O2 > > --- end quote --- > > So here is the message in this post. That all living organisms are > hyperbolic geometry entities because they are the closed loop wire in > Faraday's law, and the bar magnet for animals is food and for plants > is sunlight. The organism lives because of the electricity and > magnetism that it takes in and stores. There is even perpetual motion > of electrons in circuits of the body of the living creature and only > upon death is that electrical system completely stopped. >
Alright, I do not have much time in developing all of biology from the Maxwell Equations plus the facts of Chemistry. But whereever I look in biology at the molecular or atomic levels, it all ends up in talking about electricity and magnetism. Just last night I was researching into bacteria and viruses to see if they are a torus shaped geometry. That would mean they have a hole through their structure, a sort of mouth and then anus. Now trees and plants have holes because the waste products go to building the trunk or stem. So both animals and plants are overall torus geometry and that means they are the Maxwell Equations equivalent of a closed loop wire in Faraday's law. But are viruses and bacteria a torus? Do they have a so to speak mouth then anus? Hard to say for sure since few have ever asked that question of biologists.
I did come upon endospores of bacteria which as far as I can tell are completely enclosed shells of bacteria with no opening or exit hole. But that does not harm or damage the Maxwell Equations as overriding theory, because in the Maxwell Equations is the concept of capacitor, a storage of electricity and magnetism. So that the endospore is a Maxwell Equation biological capacitor. And the viruses and bacteria may also be capacitors if they have no mouth and anus parts.
Now the mouth and anus parts also play a role in physics of thermodynamics of the 2nd law that says heat flows from hot to cold and never the opposite direction. In biology we can write that as saying that food always goes from mouth through body to anus, and never the reverse direction. But in EM theory the 2nd law of thermodynamics is much like the direction of current in Lenz's law which is conservation of energy.
I do not know how much time I can spend on deriving all of biology from the Maxwell Equations, at least I can get it started. And my next textbook writing is going to be Geology, and after geology, perhaps I can devote a year of time in Biology derived from Maxwell Equations.
Google's archives are top-heavy in hate-spew from search-engine- bombing. Only Drexel's Math Forum has done a excellent, simple and fair archiving of AP posts for the past 15 years as seen here: