Interaction of 4 Conservation Laws with the 4 Forces of Physics
. Electromagnetic Force
(Free and Bound
E/M Energy) 		Gravitational Force
(Spacetime and Entropy) 		Strong Force
(Mass) 		Weak Force
(Charge)
Conservation
of Energy
1st Law of
Thermodynamics;
Electromagnetic
Radiation;
Conservation
Modes: Entropy,
Raw Energy,
Symmetry
(time, mass,
charge);Spin,
Inertia, Causality 		Light: E = hv (Planck);
(intrinsic motion c:
gauge of E/M Energy and
light's entropy drive,
metric, and distributional
symmetry);
Symmetric Energy State:
Light's "Interval" = 0;
Light is "Non-local",
Atemporal, and Acausal 		Space; Spatial Metric;
Entropic Conservation
Domain of Light;
Expansion of Space
Driven by Intrinsic
Motion of Light;
Metric Symmetry;
Inertial Symmetry
 Virtual Particle-
Antiparticle pairs
(particle symmetry);
Quarks, Gluons;
(energy conservation
via mass equivalence:
E=mcc);
(raw energy
conservation:
pay now
plus cost of
relative motion) 		Virtual Particle-
Antiparticle pairs
Leptons, Neutrinos;
Leptoquarks, IVBs,
Higgs Boson;
Symmetry-Breaking;
Creation of Matter
and Information;
(symmetry conservation
via charge conservation:
pay later plus cost of
gravity to create time)
Causality -
Information
Law of Cause
and Effect: "Karma";
Bound Energy;
(Matter);
(cosmos is wholly
causally connected);
Time, History,
Historic Spacetime 		Mass: E = mcc;
hv = mcc;
(Einstein-de Broglie);
Matter, Momentum;
Asymmetric Energy;
"Velocity c" is
Causal Gauge;
Matter is Local,
Temporal, Causal;
Matter's "Interval" > 0 		Time, History,
Historic Spacetime;
Causality;
Evolution;
Entropic Conservation
Domain of Information:
Matter's "Causal Matrix";
"Karma" 		Mass Carriers:
Quarks,
Baryons, Mesons;
(quark partial charges
allow electrically
neutral hadrons);
Atomic Nucleus;
Meson Binding of
Compound Nuclei 		Alternative
Charge Carriers;
Leptons, Neutrinos:
(balancing charges in
place of antiparticles);
Electron Shell;
Atoms;
Chemistry
Conservation of
Symmetry
(Charge-Spin
Conservation,
Inertial Forces,
"Velocity c");
Noether's Theorem
(charges = light's
symmetry debts);
Charge Invariance,
Lorentz Invariance 		Electric Charge:
(4 - dimensional
asymmetry: time);
Chemical Reactions;
Matter-Antimatter
Annihilation Reactions;
("velocity c" is the
symmetry gauge of
light - vanishing time);
Magnetism Protects
Electric Charge Invariance 		Gravitational Charge:
"Location" Charge;
("location" asymmetry):
Mass Interval > 0;
Stars, Quasars,
Black Holes,
"Quantum Radiance";
"Big Crunch"/Rebound;
Conversion of Asymmetric
Mass to Symmetric Light 		Color Charge:
(gluons confine
partial charge
asymmetry);
Fusion,
Nucleosynthesis;
Flavor Charge:
Mesons Bind
Heavy Nuclei;
Asymptotic Freedom:
Proton decay 		"Number" or
"Identity" Charge:
Neutrinos are "Bare"
Identity Charges;
("anonymity"
asymmetry:
distinguishable
elementary particles);
Radioactivity;
Fission, Particle, and
Proton Decay
Entropy
2nd Law of
Thermodynamics;
(Intrinsic
Dimensional
Motions)
c, T, G
(light, time, gravity:
primordial entropy
drives creating
dimensional, entropic
conservation domains) 		Intrinsic Motion of Light:
"Velocity c":
Entropy Drive of Light;
Creation, Expansion,
Cooling of Space;
Positive Spatial Entropy;
(space is the entropic
conservation domain
of free energy or light) 		Intrinsic Motion "G";
Negative Spatial Entropy;
Positive Temporal Entropy;
Creation of Time from
Space by Gravity;
Creation of
Historic Spacetime;
Expansion of History;
Time is the Entropy
Drive of Bound energy;
("G" is the entropy
conversion gauge)
Dilution of Causal Links 		Temporal Entropy;
Destruction of
Matter;
Conversion of Mass
to Light;
Fusion;
"Half-Life" of
Proton Decay 		Temporal Entropy;
Destruction of
Matter;
"Half-Life" of
Radioactivity;
Fission;
Particle and
Proton Decay
Principles of the Unified Field Theory in a 4x4 Concept Table: John A. Gowan and August T. Jaccaci Aug., 2009
Light, free electromagnetic energy, is the primary energy form of our Universe. "Velocity c", the intrinsic motion of light, gauges the primordial entropy drive, metric, distributional symmetry, and mass-equivalence of free energy. The intrinsic motion of time is the primordial entropy drive of bound energy (matter - derived from light). Light creates space, the spatial metric, and virtual particle-antiparticle pairs, which are brought into 4-D reality by weak force symmetry-breaking via the Higgs boson and IVBs during the "Big Bang". Quarks function as mass carriers; leptons (and mesons) function as alternative charge carriers, balancing charges in place of antiparticles. IVB mass reconstitutes the electroweak force unification symmetric energy state of the "Big Bang". The Universe is a conservation/entropy domain for free and bound electromagnetic energy. In matter, light's raw energy is conserved as mass, light's symmetry is conserved as charge, light's entropy is conserved as gravitation and time. Information is conserved in historic spacetime. The Charges of matter are the symmetry debts of light (Noether's Theorem). Gravity converts space to time and mass to light, conserving both light's entropy and symmetry. "G" is the entropy conversion gauge, converting light's entropy drive to matter's entropy drive, slowing cosmic expansion, and vice versa. All forces act to return the material system to its state of greatest symmetry and entropy, cold light. Light's symmetry and entropy is ultimately conserved via matter-antimatter annihilation, proton decay, and Hawking's "quantum radiance" of black holes. See: Symmetry Principles of the Unified Field Theory: Part I.

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