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Book . 2010
License: CC BY
Data sources: Datacite
ZENODO
Book . 2010
License: CC BY
Data sources: Datacite
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The Cone of Perception (Book 1 in Series)

Authors: Emmerson, Parker;

The Cone of Perception (Book 1 in Series)

Abstract

I met Yahowah in person in 2007, and this work, may it be entirely unto His grace. The Cone of Perception 4th Edition Table of Contents 1. Introduction to the 4th Edition2. The Meaning of Now3. The Geometric Pattern of Perception Theorems i. Math for Transforming a Circle into a Conea. Theorem 1 - Difference in the Circumferences of Two Circles i. Lemma1 ii. Lemma 2 iii.Lemma 3 iv.Lemma 4 v. Lemma 5 b. Theorem 2 - Equilateral Triangle of Instantaneous Velocity = Average Velocity i. Lemma8 c. Theorem 3 - Phenomenological Velocity Solutions (Innate Velocity within the Lorentz Coefficient) ii. Visualizations of Math for Transforming a Circle into a Coneiii. Computational Results from Applying The Lorentz Transformation to the Height of “The Cone” in Such a Way that It Cancels out with Itself.iv. Visualizing the Height of the Cone (Exposition of Configurative Adumbrations)v. The √(-1)vi. Application of the Aforementioned Algebraic Geometry to the Energy of a Photon vii. Differnces in Volumes of Two Spheres from the Transformation of a Circle into A Coneviii. Euler’s Identity Applied through The “Cone Transformation.”ix. Exploring Complex Infinity within “The Cone Transformation.”x. Within “The Limits,” of the Speed of Lightxi. 10 Dimensional: The Wavelength with Constant Value; Harmonic Hexadecimal Coefficientsxii. Leonard Euler’s Formula in Natural Scientific Thought: Euler’s Identity with Substitutions from the Difference in Circumferences of Two Circles Applied to the Pythagorean Theoremxiii. Complex Analysis Applied to the Height of the Cone (Manifolds)xiv. A Proof of Non-comprehensiveness of Euclidean Geometry (Due to Its Consistency) xv. Woven Velocity Patternsxvi. Spatio-Temporal Configurations for Faster than Light Travel (v>c): Mathematics for a Warp Enginexvii. Volume of a Conexviii. Frequency in Terms of Transcendental, Phenomenological Velocity from Energy of an Electron = Energy of a Photon: Descriptions of Mass xix. Ontology of Phenomenological Velocityxx. On Formulations of the Pythagorean Theoremxxi. Parker’s Commentary on Fermat’s Last Theorem xxii. Revelations of an Infinite Anglexxiii. Long Theta Solution from Equilateral Velocity Configurations xxiv. Complex Infinity of the Infinite Angular Formulation 4. Mathematical Analysis in Ecological Optics5. Theories of Perceptual Experience and Their Correlations6. Cognition: Theory of Consciousness, Perception and Visionary Experience

This work was completed in 2010.

Keywords

gestalt cosmology, Planck, Quantum Gravity, Conic, Principal, Complex Numbers, Integration, Space, Laws, Instantaneous Velocity, Scalar, Entanglement, Cosmic Inflation, Precise, Fermat, Wave, Theory, Relation, Phenomenological Velocity, Multivariable, Measurement, Hidden variables, Energy, Stretch, Relativistic Transform, Manifold, Dark Energy, Dynamical Systems, Conservation Laws, Critical, Dynamics, Correlation, Surface, Special Relativity, Curve, Period, Grand Unification Theory, Time Scale, Absolute Value, Time-Dependent, Relativistic Kinematics, Cone, Wave Particle Duality, Lateral Algebraist Topology, Equations, Dark Energy Equation of State, Velocity Vector, Geometry, Field, Variation, Speed, Transformation, Relativity, Motion, Origin, Quantum Decoherence, Vector Field, FOS: Mathematics, Grid, Particle Physics, Field Theory, Force, Quantum Mechanics, Gravitational Waves, Gravitational Lensing, Scale-Invariant, Inflationary Cosmology, Angles, Black Hole, Displacement, Cosmological Constant, Scale, Primordial Nucleosynthesis, Algebra, Differential, Lemniscate, Supersymmetry, cosmology, Mathematics, Quantum Superposition, Coordinate System, Galilean, Multidimensional, Kinematics, Velocity, Trajectory, Ergodic, Particle, Hamiltonian Mechanics, Position, Euclidean, Polynomial, Average Velocity, Symmetry, Theoretical, Speed of Sound, Atomic Interactions, Cosmic Microwave Background Radiation, Spatial, Dark Matter, Parametric, Revolution, Weak Nuclear Force, Singularity, Novelty, Shape, Event Horizon, Gravitational Force, Cosmogony, Absolute, Web, Space-Time, Perturbation, Strong Nuclear Force, Constraint, Algebraic Topology, Differentiation, Progress, Quantum Electrodynamics, Perturbation Theory, Chaos, Thermodynamics, Gradient, Dimensional, Orbit, Lorentz, Reference Frame, Universal, State, Lorentz Invariance, Systematic, Quantum Field Theory, General Relativity, Conical, Temporality, Electromagnetic Force, Wavelength, Acceleration, Conservation, Lateral Algebra, Solar, Mechanics, Big Bang Nucleosynthesis, Resonance, Time, Orbital, Infinite Series, Quantum Uncertainty, Variables, Fermat's Last Theorem, Spacetime Continuum, Speed of light, Angular Dynamics, Topological Space, String Theory, Lorentz Transformation, Element, Invariant, Matrix, Curvature, Geometric Tensor, Quantum Tunneling, Higgs Boson, Decay, Derivative, Mass, Predictability, Net, Rate, Orbifold, Kinetic Energy, Linear Algebra, Big Bang, Intrinsic, Accelerated, Vector, Quantum Entanglement, Dimensional Vector Space, Analysis, Constant

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popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
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impulse
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