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WHAT IS FOOD?

Discussion in 'The Epi-Paleo Diet' started by Jack Kruse, Apr 10, 2021.

  1. As Nature's human creatures, why does life seem to be more than just what we eat & drink?
    Maria Sabina has said -

    “Cure yourself, with the light of the sun and the rays of the moon.
    With the sound of the river and the waterfall.
    With the swaying of the sea and the fluttering of birds.
    Heal yourself, with the mint and mint leaves, with neem and eucalyptus.
    Sweeten yourself with lavender, rosemary, and chamomile.
    Hug yourself with the cocoa bean and a touch of cinnamon.
    Put love in tea instead of sugar and take it looking at the stars.
    Heal yourself, with the kisses that the wind gives you and the hugs of the rain.

    Get strong with bare feet on the ground and with everything that is born from it.

    Get smarter every day by listening to your intuition, looking at the world with the eye of your forehead.

    Jump, dance, sing, so that you live happier.

    Heal yourself, with beautiful love, and always remember… you are the medicine. “

    upload_2021-4-22_7-20-34.png
     
    Last edited: Apr 22, 2021
    EWO likes this.
  2. Jack Kruse

    Jack Kruse Administrator

    Is reality built the same way food is? Yes, it is. The question should be how does a leaf build foods or plankton build DHA photosynthetically? You have to build time first before reality can exist. How do proteins in our cells create time from nothing? Answer: They use “holes” in semiconductors to create an exciton. An exciton is a particle that doesn’t exist for long timescales. An exciton can form when a solar photon is absorbed by a semiconductor in a cell. Semiconductors science is part of condensed matter physics. This means “holes” in electrons is covered by this type of physics. A “hole” is a quasiparticle consisting of the lack of an electron in a state; it is most commonly used in the context of empty states in the valence band of a semiconductor. You may ask what is a quasiparticle?
    Quasiparticles and collective excitations (which are closely related) are emergent phenomena that occur when a microscopically complicated system such as a solid behaves as if it contained different weakly interacting particles in free space. For example, as an electron travels through a semiconductor, its motion is disturbed in a complex way by its interactions with all of the other electrons and nuclei; however, it approximately behaves like an electron with a different mass (effective mass) traveling unperturbed through free space above the semiconductor in its pi-electron cloud. This traveling changes its mass on a relative basis. This “electron” with a different mass is called an “electron quasiparticle”. In another example, the aggregate motion of electrons in the valence band of a semiconductor is the same as if the semiconductor contained instead positively charged quasiparticles called holes, I mentioned above. Other quasiparticles or collective excitations include phonons (particles derived from the vibrations of atoms in a solid), plasmons (particles derived from plasma oscillations), and many others. A “hole” is created because light has ejected an electron from that space to create the “hole”, and this open spot has the opposite charge of an electron. It is more positive because the electrons have been ejected by a light photon so a negative charge is lost. An exciton is an electron and its hole bound together as a unit.
    During the process of photoionization, the ejection of an electron will result in the formation of a positive ion (M+). The M+ is the hole because the electron is missing there giving it a residual + charge. The energy required to cause the ejection of an electron is known as ionization energy or electron binding energy.
    Life is made up of cells filled with semiconductors as Szent-Gyorgyi theorized in 1941 and Becker proved by experiment in the 1960s. An exciton is a bound state of an electron and an electron-hole which are attracted to each other by the electrostatic Coulomb force. It is an electrically neutral “quasiparticle” that exists in insulators, semiconductors, and in some liquids. Quasiparticles act like “holes in reality”, that can exist even when nothing is really there. In this way, something odd occurs with respect to “time”. The use of this mechanism tells living things something essential about “present time” and its boundaries are at the ledge of classical science. You need “holes in reality” to understand how quantum time works in living things. Excitons are just one form of a quasiparticle that life uses that is deeply involved in time creation and energy transformation from the sun. Excitons are critical to photosynthesis, so therefore they are germane to understanding the entire food web. Excitons are how foods are built by chlorophyll in leaves when the Rubisco enzyme stops light from traveling from our star. These quasiparticles are found in “holes” in things that exist in cells. This method of energy generation is critical to life’s origins because it used this mechanism to build the entire food web on Earth. If that sounds counterintuitive to you, welcome to how nature uses sunlight quantum mechanically. Your RBCs do the same thing. See the homology in the picture?
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    John Schumacher likes this.
  3. Nice go at it from a Quantum Physics perspective -> that is -> thinking about this model of atomic theory containing "electrostatic models" & "quasiparticles", which seem to disappear from view during examination.

    Most of our current experimentation where we are trying to measure the Molecular Ion (M+) peak within a mass spectrum, the heaviest ion is likely the molecular ion. However, we have started with a vaporized organic sample, which is then bombarded by a stream of electrons. These electrons have a high enough energy to knock an electron off an organic molecule to a form a positive ion. This ion is then called the molecular ion. This molecular ion tends to be unstable and some of them break into smaller fragments, which we now call quaisparticles. These fragments produce the familiar "stick diagram" for a molecule.

    Viewing this data from our current quantum atomic theoretical model quasiparticles seem to "disappear" into "holes" in the "quantum fabric" model.

    However -> Is it possible we may have a better atomic model emerging?

    From a plasma physics perspective, the mathematics is currently being developed - one of these "mathematical models" is Versor Algebra. At the same time an emergent model for atomic theory is coming to light. This model includes both space time and counterspace time. Nature has provided Bismuth as a physical model for this idea.

    Ok cool - So what does that have to do with understanding "What is food?"

    One of first steps may include identifying, measuring the

    • Full Spectrum of Vibrational (light) frequencies: absorption, capacitance and emission (in & from) food
    • Why do some "environments" produce better results?
    • How do humans better cultivate superior regenerative environments?
     
    Last edited: May 28, 2021

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