Reaction Rate: the change in concentration of a reactant or product with time.
Photon Bond: the type of fundamental force that holds human molecules together in bonded association, as in: marriage, family, friend, occupational, societal, or governmental bonds, etc.
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Human Thermodynamics:
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Heat:
Hierarchic Thermodynamics:
HT:
HT Researcher:
Human Engine:
Human Molecule:
Temperature [T]: a measure of the tendency of an object or system to spontaneously give up energy [9]. Said another way, the property of a body (as in a human molecule) or region of space that determines whether or not there will be a net flow of heat [Q] into or out of it from a neighboring body (as in a bonded companion) or region and in which direction (if any) the heat [Q] will flow. If there is no heat flow the bodies or regions are said to be in thermal equilibrium and at the same temperature (as in when there is no longer any passion in the bond). If there is a flow heat [Q], the direction of the flow is from the body or region of higher temperature to the body or region of lower temperature.
Thermal Equilibrium: the point at which, in the system (as in two bonded human molecules), no heat [Q] moves from one body or region to the other. Specifically, a state in which the energy distribution of the system equals a Maxwell-Boltzmann distribution. This allows a single temperature to be attributed to the system. The process that leads to a thermodynamic equilibrium is called thermalisation.
Thermalisation: the process wherein particles, atoms, or molecules (as human molecules) reach thermal equilibrium through mutual interaction, i.e., via primary or secondary field particle exchange.
Thermodynamics: the study of heat, i.e. energy in transit, as this quantity relates to dynamics, i.e. movement resulting from the action of a force. More broadly, the study of matter and energy transformations in all facets of existence.
Thermodynamic Evolution: the process of development, transformation, and growth of a thermodynamic system as it progresses in time from one thermodynamic state to the next. A hotspot presently in the science literature is the thermodynamic reasoning behind the mechanism of evolution (particularly human life) as it relates to the flux of thermal energy traversing from the sun:
Do-deca-bond: a state wherein two human molecules are optimally linked up or 'bonded' at twelve strong variations of electromagnetic adhesion -- seven enthalpic links and five entropic links (as shown below):
Fundamental Particles: elementary particles that approximately define the mass portion of the universe; there are twelve in total: 6 quarks and 6 leptons as tabulated below:
Or, as a second example (below), we could have the reaction coordinate for a man [Mx] going through a series of job transitions [A, B, C, D, E, F, G, H, I] over time:
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Transition State: the highest point on the reaction coordinate corresponding to that time period wherein profound molecular reconfigurations occur. Through the start-to-finish process of a chemical reaction, the ‘transition state’ corresponds to the intermediate stage of the reaction in which reactants proceed through a continuous change in their relative positions and potential energies to be transformed into products. The ‘transition state’ may be thought of as the intermediate configuration, or ‘activated complex’, between the initial and final arrangements of atoms or molecules in which the energy arising from interatomic and intermolecular forces (potential energy) reaches a maximum [8]:
Human Molecule Orbital:
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Atom
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Di-human-ide Molecule: a stable bonded human molecular relationship in which there exists both constructive human molecular orbital overlap and mutually-symbiotic stabilizing field particle exchange; below, for comparison, we see the dioxide molecule (left) and the semi-bonded dihumanide molecule (right):
Bond Breaking
Interaction
Liquid Molecules Reacting
H2O Molecules Interacting
Matter Interacting
MxFy
O2
Inception: 07/11/05
(a dodecabonded long-term 'stable' relationship assembles)
Source: Encyclopedia Britannica
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Matrix:
Mechanical Engine:
Metabolism:
Molecular Orbital:
Mx:
MxFy:
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Activation Energy EA: is the minimum amount of energy required to initiate a chemical reaction. In a typical human (romantic) relationship reaction, the reactants define the ‘single’ (A) unattached human molecules, the products define the full-relationship 'coupled’ (B) or marriage pair, and the activation barrier defines the minimum amount of energy needed to ‘spark’ the potential chemical reaction. The time-span characterizing the activation barrier is technically called the ‘transition stage’ or more commonly the ‘dating stage’ or ‘love bird’ stage, etc. Below, we see the energetic course of a typical chemical reaction:
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Catalyst: any stimulus or substance that enables the human chemical reaction to proceed at faster rate or under different conditions than otherwise possible without itself being consumed.
Cessation Thermodynamics [CT] the branch of human thermodynamics that studies the mechanistic matter and energy interactions resultant from the termination of one or more human molecules as found within the matrix of life as dictated by the first law of thermodynamics, the law of conservation.
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Field Particles: elementary particles that carry (or mediate) the force which approximately define the energy portion of the universe; there are four in total: qluons, photons, bosons, and gravitons as tabulated below:
Fission: splitting; or breaking into parts (ex. the 'cessation' of a human molecule).
Free Energy: energy, derived from a reaction, free (available) to do work in the universe; defined by the equality G = H - T(S), where T is the ambient temperature of the substrate surface.
Fundamental Forces: the four (known) forces in the universe; they function to form bonds.
Fusion: unification; of adding together of parts (ex. 'birth' of a human molecule).
Fundamental Bond: the nonspecific terminology used to superficially describe strong or effective inter-human PNT bonds, as characterized by ‘fundamental interactions’ in the colloquial sense of the term. Fundamental bond may be synonymous, in the general case, with both ‘photon bond’ and ‘PNT bond’, depending on the caliber of discussion, when referring to inter human molecular bonding.
For example, associating with a person in one's ‘known’ network, typically 5,000 people per network on average [5], would be an example of fundamental interaction, as in for example a husband speaking to his wife; by contrast, unconsciously noting the dynamics of crowd movements, while passing through such a mass of people, would be an example of non-fundamental interactions between human molecules. For comparison see: non-fundamental bond.
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Gibbs Free Energy G: a thermodynamic quantity that is the difference between a system's internal energy and the product of its absolute temperature and energy; the portion of energy of a natural system that can be used for work.
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Life:
Love:
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Non-fundamental Bond:the nonspecific terminology used to superficially describe or characterize weak varieties of inter human molecular bonding. As, for example, the primarily visual, partly auditory, expressway commuter bond that functions, via essentially photon exchange, to hold streams of cars in ‘connected’ lines of traffic; for comparison see: fundamental bond.
Nucleus: the denser usually central portion of any bonded associations of matter; as in one's home.
Nucleon: a nuclear particle; being either a proton or a neutron.
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QED: the abbreviation for the science of quantum electrodynamics, a relativistic quantum theory of the electromagnetic interactions of photons and electrons and muons.
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Reaction Coordinate: a graph that shows the before and after change in the energy level of a system, molecule, or group of molecules over the course of a process as a reaction. Below we see both 'stable' and 'unstable' reaction coordinates for the process wherein a man [Mx] meets or collides in time over the substrate 'earth' with a women [Fy] to 'react' or bond together resulting to yield a new product -- a child [Bc]:
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Work [W]: directed energy change resulting from a process. In human thermodynamic terms, the 'process' considered here is the series of human chemical reactions which define a person's life. The 'directed' energy change referred to defines the total amount of useful or productive energy derived from the considered process partitioned out of the total amount of energy as exergonically released during this process after the section of energy lost to friction is accounted for; see examples:
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To clarify further, such simplified terminologies on the description of the inter-human bond, i.e. the ‘photon bond’, lead some to inaccurately think of human bonds as being mere visual in constitution. This, in spite of the fact that approximately 80% of our sensory input is visual, is a misnomer. More aptly, all variations of inter-human bonding are termed in mechanism: psycho-neuro-thermo-dynamic bonds [PNT bonds]:
1. Via thermo-logical action, an incoming field particle (primary or 'effective') or messenger carrier, either directly or indirectly photon mediated, being variations such as air-molecule pressure fluctuations, volatile scent molecules, thermal agitations of air molecules, direct photon transmission in vision, zeroth sense brain-wave absorptions, direct contact molecular impacts, etc., function to trigger a peripheral nervous system [PNS] response, i.e. central nervous system [CNS] focused nerve impulses.
2. Via neuro-logical action (i.e. connections of peripheral axons, dendrites, and nerve cells), electro-chemical impulses mediate a transfer of information to the CNS such to trigger a conditioned psychological processing of information.
3. Via psycho-logical action, i.e. directed thought processes, we as psychologically conscious beings ‘react’ accordingly, to be either repulsed away from or attracted to the previous thermal-mediated sensory information inputs, and / or to release a reactionary messenger field particle as: sound, a facial expression [reflected photons], a letter, a call, a physical object, an emotion, etc.
4. Via dynamic action, i.e. movement, we are resultantly driven, out of reaction to these inputs, into our daily spheres of human activity, as spatially correlated to each own's unique substrate-linked human molecular orbital. This constitutes the 'dynamic' aspect of human life.
In sum, these responsive fluctuations in balanced attraction-to-repulsion movement and action patterns, conjoined with messenger / field particle absorptions, releases, and exchanges, function to instill a realized or ‘perceived’ bond between such exchanging pairs, as it would be viewed from a macroscopic distance in space, in locational movement patterns over the substrate earth.
The first quote is a Cliff Notes version of CT, as voiced in an episode of Melrose Place; where after one of the character’s father died, he asked someone what she thought happened when someone passed away?
