- Principles of Physical Complexity (2012)
- Dedication
- Abstract
- Introduction
- Hypotheses
- Logic (order)
- Method
- First principles
- Axiomatic properties
- Basic properties
- Simple properties
- Complex properties
- Phenomena
- Science
- Conclusions
- General conclusions
- Literature references
- Table: axiomatic & basic properties
- Table: spacetime dimensions
- Scheme: simple properties
- Scheme: complex properties
- Table: physical correlations
- Table: physical correlations (extract)
- SI-Units
- Author
- Copyright©
Principles of Physical Complexity by Jos Koomen (Memes Ltd) - Complex Problem Solutions
energy definition
.png)
.png)
Energy Appearance of energy in spacetime
- Phenomenal energy is supposed to be as such, i.e. deprived of any spatiotemporal ordering, a simple property which is underlain axiomatically by phenomenal quantum attraction and repulsion, qualified basically by phenomenal absolute matter and absolute heat, and quantified basically by phenomenal absolute mass (m) and absolute temperature (T) (see: left figure, energy//axioms & ...//basic properties and physical correlations//abs. mass (1), absolute temp. (2) & energy (11)).*
- The definition of energy given above implies that energy is, in contrast with Einstein’s energy-mass-equivalence principle, not supposed to be equivalent to mass alone, but to the product (mT) of phenomenal absolute mass (m) and absolute temperature (T). In other words, it is assumed that matter and heat, i.e. mass and temperature, are interchangeable basic variables of energy as such (see also: energy//absolute equation).
- Phenomenal particle-like and process-like character are supposed to denote the spatiotemporal manifestation or ordering of respectively absolute matter and absolute heat (see: spacetime, particle & process).
- Phenomenal (self-)appearance is thougt to denote the spatiotemporal ordering of phenomenal energy (see: right figure, appearance & physical correlations//energy (11), spacetime (18) & appearance (55)).**
- The equations of particle and (self-)appearance include mc2, which is supposed to denote the instan-taneous manifestation of absolute mass (m) in spacetime, if c (see also: particle//... & appearance// relative equation/if c & c').
*The definition of energy given above is not in full agreement with that of Einstein. However, Einstein's famous Ematter = mc2 is supposed to be an integral part of the equation describing the appearance of phenomenal energy in spacetime (see: appearance//relative equation/if c & c').
**In accordance with Kant's intuition, space and time are not thought to be concrete, i.e. sense-perceptible entities, but abstract neuromental concepts which we need to order our sense-perceptual experience of phenomenal energy instantaneously or actually (space) as well as serially or virtually (time) (see: space, time & spacetime).
Internet resources & literature references
- MW: energy, work
- SCP: energy, work
- BE: E = mc2, energy, energy/binding, energy/chemical, energy/conservation, energy/dark, energy/equipartition, energy/Fermi, energy/fission, energy/free, energy/internal, energy/ionization, energy/kinetics, energy/mass relation, energy/mechanica, energ/nuclar, energy/nuclear binding, energy/pairing, energy/potential, energy/radiant, energy/relativistic, energy/solar, energy/state, energy/thermal, energy/vacuum, force, force/strong, force/weak, friction, interactions/fundamental, matter, mechanics, particle physics, quantum mechanics, thermodynamics, work
- SEP: Aristotle, Descartes, Einstein, energy, energy-mass equivalence, Leibniz, Newton
©Memes Ltd.