A lifetime learning path
From first principles to original research.
Six stages and 36 courses build from ordinary classroom physics to the mathematics, experiments, and source criticism required to evaluate quantum-vacuum and metric-engineering research. This is an open learning map, not an accredited degree program.
Approximately grades 8–9
Level 1 · Foundations
Build physical intuition, scientific vocabulary, and the habit of separating observations from explanations.
Measurement, uncertainty, and evidence
How experiments turn observations into defensible claims.
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Established foundationsMatter, energy, fields, and forces
A visual foundation for atoms, charge, magnetism, work, and energy.
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Established foundationsWaves, resonance, and spectra
From strings and sound to light, interference, and spectral fingerprints.
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Established foundationsSpace, time, motion, and reference frames
Coordinates, clocks, relative motion, and why observers can disagree.
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Established foundationsAtoms, nuclei, and radiation
What nuclei contain, why some decay, and how radiation is measured safely.
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Established foundationsWhy empty space is not simple
A first encounter with fields, ground states, and the quantum vacuum.
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Approximately grades 10–12
Level 2 · Secondary physics
Use algebra, graphs, conservation laws, and laboratory reasoning to explain classical and modern physics.
Mechanics and conservation laws
Momentum, energy, angular momentum, oscillation, and symmetry.
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Established foundationsElectricity, magnetism, and Maxwell’s picture
Fields, potentials, circuits, induction, and electromagnetic waves.
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Established foundationsThermodynamics and statistical reasoning
Temperature, entropy, engines, fluctuations, and why free-energy claims face hard tests.
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Established foundationsSpecial relativity without shortcuts
Lorentz transformations, intervals, light cones, and four-vectors.
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Established foundationsQuantum mechanics: states, amplitudes, and measurement
A careful introduction beyond the virtual-particle cartoon.
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Measured physicsNuclear reactions, fission, and fusion
Binding energy, reaction channels, detectors, and energy accounting.
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First- and second-year university
Level 3 · Undergraduate core
Develop the mathematical language needed to derive results rather than only consume analogies.
Calculus, vectors, and differential equations
The mathematical toolkit used throughout the advanced pathway.
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Established foundationsLagrangian and Hamiltonian mechanics
Action principles, generalized coordinates, and conserved quantities.
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Established foundationsElectromagnetic fields and potentials
Gauge freedom, vector potential, radiation, and what experiments establish.
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Established foundationsQuantum mechanics I–II
Operators, Hilbert space, spin, perturbation theory, and identical particles.
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Established foundationsStatistical mechanics
Ensembles, partition functions, phase transitions, and quantum statistics.
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Measured physicsExperimental methods and error analysis
Calibration, controls, noise, blind analysis, and replication.
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Third- and fourth-year university
Level 4 · Advanced undergraduate
Connect relativity, field theory, condensed matter, plasma, and nuclear physics to real measurements.
Tensor calculus and differential geometry
Metrics, connections, curvature, geodesics, and coordinate freedom.
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Established foundationsGeneral relativity
Einstein’s equation, standard solutions, energy conditions, and observational tests.
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Established foundationsQuantum field theory
Quantized fields, vacuum states, renormalization, and observable quantities.
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Measured physicsCasimir physics and dynamical boundaries
Boundary conditions, material models, force measurements, and driven photon production.
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Measured physicsPlasma and fusion systems
Kinetic and fluid descriptions, confinement, diagnostics, and reactor energy balance.
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Active researchCondensed matter, superconductivity, and coherent states
Collective behavior and the limits of gravity-control extrapolations.
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Master’s and early doctoral level
Level 5 · Graduate study
Read technical papers, reproduce key derivations, and compare standard theory with alternative research programs.
Quantum fields in curved spacetime
Particle concepts, horizons, stress tensors, and semiclassical gravity.
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Active researchVacuum energy and the cosmological constant
Regularization, gravitating vacuum energy, and the scale problem.
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Active researchSemiclassical and induced gravity
Sakharov-type programs, effective actions, and experimental consequences.
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Speculative proposalWarp metrics, wormholes, and energy conditions
Derive the geometries, quantify their sources, and state the physical gaps.
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Contested interpretationZero-point-field inertia programs
Reconstruct the Haisch–Rueda–Puthoff argument and its published objections.
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Active researchAdvanced nuclear and lattice-assisted reactions
Reaction networks, condensed-matter effects, neutron signatures, and calorimetry.
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Doctoral and independent-research pathway
Level 6 · Research preparation
Turn extraordinary proposals into calculations, falsifiable experiments, preregistered analyses, and reproducible evidence.
DIRD critical-reading seminar
Trace assumptions, citations, forecasts, and evidence status across the defense reference studies.
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Speculative proposalMetric-engineering research studio
Translate proposed geometries into required stress-energy, boundary conditions, and observables.
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Active researchQuantum energy technology seminar
Evaluate switching cycles, nonequilibrium systems, and complete energy accounting.
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Measured physicsPrecision propulsion metrology
Design null tests for thrust, vibration, thermal drift, electromagnetic coupling, and data-selection bias.
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Measured physicsOpen replication laboratory
Publish apparatus, calibration, raw data, analysis code, and adversarial review before headline claims.
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Active researchDissertation and synthesis colloquium
Defend a source-complete thesis that states what is known, unknown, and experimentally decisive.
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