Conservation-Symmetry
Absolute Relativity
Noether's Theorem
The Circle is the Basis for Conservation in General
Emmy Noether mathematically proved conservation and symmetry are tied. By Noether's Theorem, conservation depends on an underlying symmetry, and symmetry depends on an overriding conservation. Noether's Theorm proves a static, constant whole is always made up of dynamic, symmetrical parts, and a dynamic, symmetrical set of pairs always creates a static, constant whole. Noether's theorem describes a circle.
If all things are symmetric, and/or one side of a symmetric pair, then, universal, or general, symmetry is a universal, or general, diameter (an unlimited set of pairs), of a universal, or general, circle. By Noether's Theorem, then, the circle is conserved. As the circle is conserved, it is the basis for each, every, and any, entity and/or relationship. Conservation of the Circle is, then, the basis for reality.
(The circle expresses itself, and in so doing is conserved and/or preserved, through all entities, as an unlimited set of seemingly equal, yet often quite unequal, opposite pairs.)
Conservation and Symmetry
What is conservation and symmetry?
Conservation is an entity's desire, drive, and need, to survive. An individual entity exists for a limited time/space frame, but the form of the entity survives forever. An entity is conserved (survives) by its symmetry (expressing and experiencing yin and yang, or opposite pairs, movement).
Symmetry is an entity's desire, drive, and need, to express (reproduce, move). An individual entity expresses for a limited time/space frame, but the form of the expression survives forever. An entity is symmetric (expresses, moves, reproduces) by its conservation (in order to survive).
Whole and Parts - One of Two's
Conservation is the 'whole,' and symmetry its parts. Conservation is constant and still. Symmetry is dynamic and moving. One cannot, and does not, exist without the other. The relationship between conservation and symmetry is the most important scientific, psychological and philosophical fact in any universe (real or ideal). Conservation and symmetry create, and are created by, a very basic circle (conservation and symmetry are in a circular relationship with each other).
Conservation (one) and symmetry (two), survival and expression (reproduction), are found in all entities, animate and inanimate, as form and substance. Forms survive forever, while an individual entity (or substance) survives in a limited time/space frame. Form and substance, as conservation and symmetry, are in a circular relationship with each other.
Conservations of Light and Sound
Light and sound (line and circle) further illustrate conservation as a circle. The color wheel illustrates conservation and symmetry in light. We experience various versions of light (different colors) that reduce, eventually, or as soon as we are willing to see it, to one version of light (white and/or black). The circle of fifths illustrates conservation and symmetry in sound. We experience various versions of sound (different tones) that reduce, eventually, or as soon as we are willing to see it, to one version of sound (ah and/or oh).
In all conservation relationships there is an overriding conservation (or a 'one'), and an underlying symmetry (or 'two'), creating an unlimited number of entities, real, and ideal. Einstein proved energy and mass are conserved. Energy survives as an expression of mass. Mass survives as an expression of energy. The two support and conserve each other, conserving light, as well, in the process. The relationship between energy and mass (producing light) is circular.
Form and substance are also conserved. Form survives as an expression of substance and substance survives as an expression of form. The two support and conserve each other, conserving sound, as well, in the process. The relationship between form and substance (producing sound) is circular. Momentum, angular momentum, electrical charge, color charge, electron number and quark number are also conserved (specific cases of Conservation of the Circle, Conservation of Light, Conservation of Sound). In all conservations, a singular entity supports an infinite number of symmetrical transformations, and a reliable set of symmetrical transformations creates a singular and constant entity (all are circles).
Observation and Deduction
The fact the circle and diameter represent conservation and symmetry does not prove the circle is conserved, however. Proof the circle is conserved comes from observing all things eventually and ultimately occur in pairs, or as equal, and opposite, entities. If everything's symmetric, or if symmetry is universal, the circle must be conserved (and expressing itself through everything). (Asymmetry and symmetry are an equal, and opposite, symmetric pair.) We can (and must) deduce Conservation of the Circle from our observations.
Proof
Science's physical world, including mass and energy, particles and waves, mass and movement, time and space, solids and gasses, protons and neutrons, planets and stars, fire and earth, air and water, all occur in symmetrical pairs. (Newton's equal and opposite reactions, and Einstein's energy and mass.)
Psychology's emotional world, including intuition and behavior, thought and feeling, imagination and reality, safety and danger, productive and non-productive, appropriate and non-appropriate, all occur in symmetrical pairs. (Jung's conscious and unconscious, anima and animus, introverted and extroverted, shadows and archetypes.)
Philosophy's (religion's) intuitional world, including heaven and earth, light and dark, right and wrong, good and bad, here and there, then and now, all occur in symmetrical pairs. (Religious symbols, god and man, father and son, perfect and imperfect.)
Economics' financial world, including assets and liabilities, income and expenses, appreciation and depreciation, growth and decline, all occur in symmetrical pairs. (Up and down markets, high and low prices, supply and demand.)
History's behavioral world, including war and peace, poverty and prosperity, collective and individual, destructive and creative, all occur in symmetrical pairs. (Now and then, there and here.)
Art's expressive world, including color and sound, circle and line, consonant and dissonant all occur in symmetrical pairs. (Beautiful and ugly, moving and disturbing, attractive and repulsive.)
Galaxies are circular. Planets and stars are circular. Fire, air, earth and water are circular. Behavior is circular. DNA is circular. Atoms and molecules are circular. Magnets, mirrors, memory, computers, motors, mass and movement are all circular. Light and sound are circular.
Weather, seasons, markets, photosynthesis, tides, waves, and life cycles are circular. Life and death is circular. Beginning and end is circular. Time and place, here and now, there and then, are circular. Men and women are circular. Sex is circular. Death and taxes are circular. Money and service are circular. Linear, over time, is circular.
Observation is our clew (proof): the circle is creating the circle.
Conservation of the Circle is the basis for reality.
How to think in a circle...