The Heavens Declare His Handiwork
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Thomas Lee Abshier, ND
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Black Body Radiation
By: Thomas Lee Abshier, ND
A thermally heated body can lose the absorbed energy of its activated orbitals in very small increments to a wide range of electron orbital energy differentials; the frequency vs. intensity plot produces the Boltzman distribution seen in black body radiation.
Max Planck’s interpretation of the Boltzman black body radiation experiment provided the foundation for the concept of quantum mechanics. The black body radiation plot of Intensity vs. Frequency shows a progression of low intensity at low frequencies, peak intensity in the center frequencies, and low intensity at high frequencies. Planck hypothesized the black body emitted only discreet frequencies, with each frequency separated by tiny increments. The frequencies emitted are related to Planck’s constant, which is an extremely small unit of angular momentum. This small difference in angular momentum separates each frequency. This discreet frequency emission gave the first evidence of the quantum nature of energy emission/absorption. In other words, photons cannot assume every arbitrary energy level. Rather, photons can only carry packets of energy corresponding to integer multiples of Planck’s constant (h).
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Same Level Topics
| Basic Principles Summary |
| Outline of Concepts |
| Overview of Concepts |
| Glossary |
| Field Shell Concept |
| Force Particle Concept |
| B Field Concepts |
| Dynamic EM Fields |
| Search Site |
| Personal History |
| Political Philosophy |
| Acknowledgements |
| Mass Energy Summary |
| Theory Summary |
| Origin of Good and Evil |
| Neutral Space |
| Force Particles 2 |
| Force |
| Time 2 |
| Time 3 |
| Grid Points |
| Acceleration |
| Energy 2 |
| Kinetic Energy 2 |
| Kinetic Energy 3 |
| Kinetic Energy 4 |
| Kinetic Energy 5 |
| Kinetic Energy 7 |
| Kinetic Energy 8 |
| Momentum & KE |
| Momentum, KE & Inertia |
| Speed of Light 2 |
| Photon Velocity |
| Force Particle Velocity |
| Mass 2 |
| Mass 3 |
| Mass 4 |
| Mass & Fields |
| Two Wires with Current |
| Dynamic Magnetic Fields |
| Current Flow |
| Fields & Moving Charge |
| Moving Charge Effects |
| Magnetic Induction |
| Lenz's Law |
| Field Energy |
| Sub-Nuclear Forces |
| The Strong Force |
| Special Relativity & MMX |
| Sound and Light Compared |
| Photon Structure |
| Photon Emission |
| Photon Capture |
| Photon Reflection |
| Refracted Light |
| Polarized Light |
| Diffraction |
| Interference |
| Photon Scattering |
| Wave Particle Duality 4 |
| Big Bang & Momentum |
| Photon Generation |
| Allowed Orbitals |
| Spectral Line Emission |
| Laser Light Emission |
| Blackbody Radiation |
| Particle Decay |
| Pair Annihilation |
| Cherenkov Radiation |
| Photon Generation 1 |
| Particle Decay & Relativity |
| Pair Annihilation 2 |
| Cherenkov in Space |
| Photon Absorption |
| Pair Production |
| Pair Production 2 |
| Pair Production 3 |
| Photon Reflection in Depth |
| Photon Metallic Reflection |
| Electron-Crystal Reflection |
| Photon Reflection 1 |
| Refractive Phenomena |
| Refraction 2 |
| Compton Scattering |
| Wave Particle Duality 2 |
| Wave Particle Duality 3 |
| Dipole Sea Structure |
| Dipole Sea & Ether Theory |
| Dipole Sea & Energy Xfer |
| FP Spheres & Charge Motion |
| Electromagnetic Concepts 2 |
| Magnetic Permeablity |
| Collison & Reference Frame |
| Momentum, Inertia, & Momentum |
| Mu Epsilon of Space |
| Electron & DP Sea |
| B Field from Electron Velocity |
| Gyroscope |
| The Inverse Square Law 2 |
| Evolution vs. Creation |
| Entropy |
| Particles Complexes & Spirit |
| EMG Interactions |
| Summary of Concepts |
| Particles & Fields |
| Dipole Sea Particles 4 |
| Local Light Speed |
| Parallel Universes |
| Quantum Jumps |
| Quark Theory |
| Fermions & Bosons |
| Neutron Structure |
| Neutrinos |
| Subatomic Structure |
| Neutrino Theory |
| Quark Theory 2 |
| Time Dilation 2 |
| Light - Mass Interaction |
| Orbital Superconductivity |
| Orbital Uncertainty |
| Electron Mass Persistence |
| Dual Slit Interferometry |
| Wave Particle Duality |
| Uncertainty Principle2 |
| DeBroglie Wavelength |
| Lesson 1 |
| Lesson 2 |
| Lesson 3 |
| Lesson 4 |
| Ecumenical Solution |
| Photon Structure |
| Photon Emission |
| Photon Capture |
| Photon Reflection |
| Refracted Light |
| Polarized Light |
| Diffraction |
| Interference |
| Photon Scattering |
| Wave Particle Duality 4 |
| Big Bang & Momentum |
| Photon Generation |
| Allowed Orbitals |
| Spectral Line Emission |
| Laser Light Emission |
| Blackbody Radiation |
| Particle Decay |
| Pair Annihilation |
| Cherenkov Radiation |
| Photon Generation 1 |
| Particle Decay & Relativity |
| Pair Annihilation 2 |
| Cherenkov in Space |
| Photon Absorption |
| Pair Production |
| Pair Production 2 |
| Pair Production 3 |
| Photon Reflection in Depth |
| Photon Metallic Reflection |
| Electron-Crystal Reflection |
| Photon Reflection 1 |
| Refractive Phenomena |
| Refraction 2 |
| Compton Scattering |
| Wave Particle Duality 2 |
| Wave Particle Duality 3 |
| Photon Generation |
| Allowed Orbitals |
| Spectral Line Emission |
| Laser Light Emission |
| Blackbody Radiation |
| Particle Decay |
| Pair Annihilation |
| Cherenkov Radiation |
| Photon Generation 1 |
| Particle Decay & Relativity |
| Pair Annihilation 2 |
| Cherenkov in Space |
| Photon Generation 1 |
| Particle Decay & Relativity |
| Pair Annihilation 2 |
| Cherenkov in Space |