Lab Notes for a Scientific Revolution (Physics)

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• Recent Posts

  • Inferring Electrodynamic Gauge Theory from General Coordinate Invariance
  • Starting a new paper on Baryons and Confinement
  • S=2, mu=0 Meson Mass Spectrum, and some interesting possible ties to experimental meson data
  • Finite Amplitudes Without +i\epsilon
  • Understanding the QCD Meson Mass Spectrum
  • Foldy-Wouthuysen, continued
  • Might Foldy-Wouthuysen Transformations Contain a Hidden Fermion Mass Generation Mechanism?
  • A New Lab Note: Commutation of Linear Rest Mass with Canonical Position
  • How Precisely can we Measure an Electron’s Heisenberg Uncertainty? (or, How Certain is Uncertainty?)
  • Heisenberg Uncertainty and Schwinger Anomaly Continued: Draft Paper
  • Heisenberg Uncertainty and Schwinger Anomaly: Two Sides of the Same Coin?
  • Lab Note 6: Operator Decomposition of Intrinsic Spin
  • John Archibald Wheeler RIP
  • Lab Note 5: The Central Role in Physics, of the Dirac Anticommutator g^uv=(1/2){gamma^u,gamma^v}
  • Thesis Defense of the Kaluza-Klein, Intrinsic Spin Hypothesis — EARLY DRAFT

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• Archives

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  Select Category +i epsilon Prescription  (1) Albert Einstein  (2) Atomic Physics  (1) Baryons  (3) Canonical Commutation  (2) Chirality  (4) Compactification  (6) Confinement  (5) Current Density  (3) Deuterons  (1) Dibaryons  (1) Dirac  (1) Dirac Delta  (1) Dirac’s Equation  (4) Dirac-Pauli Representation  (2) Einstein  (2) Einstein Equation  (6) Electrodynamics  (13) Electroweak Interactions  (1) Elementary Particles  (9) Energy Momentum Tensor  (2) Equivalence Principle  (2) Exclusion Principle  (1) Experimental Physics  (4) Fermion Generations  (2) Fermion Mass  (3) Fermions  (8) Five Dimensions  (15) Foldy-Wouthuysen Transformation  (2) Fourier Transformation  (1) G-Factor  (3) Gauge Theory  (1) Gaussian  (2) General Coordinate Invariance  (1) General Relativity  (13) Geodesic  (11) Geometrodynamics  (2) Gravitation  (13) Gravitational Mass  (2) Gyromagnetic Ratio  (2) Hadronic Spectrum  (3) Hadrons  (4) Heisenberg Uncertainty  (6) Inertial Mass  (2) Inhomogeneous Lorentz Transformation  (1) Intrinsic Spin  (15) Invariant Amplitude  (1) John Archibald Wheeler  (1) Kaluza Klein  (13) Leptons  (6) Lorentz Invariance  (1) Lorentz Transformation  (1) Magnetic Anomaly  (3) Mass Gap  (4) Mathematics  (8) Maxwell Tensor  (7) Maxwell’s Equations  (5) Mesons  (4) Nature  (7) Newton-Wigner Representation  (2) Non-Symmetric Field Theory  (3) Nuclear Physics  (5) Particle Physics  (17) Pauli Spin Matrices  (7) Perturbation Theory  (1) Physics  (37) Poincare Invariance  (1) Preons  (1) Propagator  (2) QCD  (3) QED  (11) Quantum Chromodynamics  (4) Quantum Electrodynamics  (13) Quantum Field Theory  (8) Quantum Gravitation  (8) Quarks  (4) Rest Mass  (3) Schwinger  (3) Science  (37) Single-Particle Field Theory  (5) Spin Tensor  (2) Standard Model  (1) Stress Energy Tensor  (2) String Theory  (3) SU(2)  (1) SU(3)  (3) SU(4)  (2) Superconductivity  (1) Technology  (7) Torsion  (2) Uncategorized  (7) Uncertainty Principle  (5) Unified Field Theory  (12) Vector Potential  (5) Wavefunction  (3) Weak Interactions  (1) Wheeler  (1) Yang Mills  (6) Yang Mills Theory  (4) Zitterbewegung  (2)
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