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A physics model
From first principles

Preparation

Notes
Simple concepts

A simple universe from scratch, The elementary particle, The base particles, Protons and neutrons, Electric charge and electric fields, Matter particle size, Electric interactions, Mass (inertia and momentum), Multiple body systems

Rationale
Solutions found by a random process

Random processes, Modelling the atom, Modern physics model

Overview
A simple approach

Approach, Goal, Method, Scientific method

Atom Walk Through
A simple atom

The subatomic particles, Electric charge, Electric field particles, Attraction and repulsion, 'Neutral' particle electric field particles, Mass, A simple atom

Detailed Discussions

Requirements
Explanations as simple as possible - but not any simpler

Beginning and the formation of atoms, The subatomic particles, Mass (inertia and momentum), Universal reference frame, Special relativity discussions, Electric charge and electric field particles, Matter particle size, Electric charge attraction and repulsion, Light and neutrinos in an electric field

Atoms
The remarkable thing about atoms

The challenge, Recap of requirements, Mechanism for the atom, Net outcome, Atomic nuclei, Exotic atoms, Quantum tunnelling, Macro electric fields

Mass
Inertia and momentum

Mechanism for mass, Understanding E = mc2, Modern physics discussion

Gravity (*)
Chiral objects

Mechanism for gravity, Gravity and matter, Gravity and the electric force, Gravity and light, Gravity and galaxy rotation curves, Gravity and scientific method, Gravity and modern physics

Experiments

Double-slit experiment
Light and the edges of objects

Mechanism for diffraction, Quantum wave interference, Quantum wave collapse, Diffraction with particles, Modern physics discussion, Question does an electron go through both slits

Variation in the reflection of light
Light and the surfaces of objects

Mechanism for the variation in reflection, Modern physics discussion

Stern-Gerlach experiment
Particles and spin

Mechanism for quantum spin, Modern physics discussion

Thoughts

Thoughts
Existence and awareness

Thoughts, Sounds, Music, Art, Photography

Loose ends
Comments

Electric charge, Magnetic moments, Electric fields, Magnetic fields, Gravitational fields, Strong nuclear force, Spin, Waves, Scale, Logic


Modern Physics

Discussions
5 modern physics discussions (YouTube videos)

A new way to think about gravity, Double-slit experiment at home, Mass symmetry breaking, Quantum mechanics course of 10 lectures

Questions
62 modern physics questions

Of Interest, Classical physics, Electric charge, Electrons, Gravity, Mass, Quantum fields, Quantum mechanics, Standard Model particles, Universe



Animations

Building the four base particles

A simple animation of the four base particles build sequence

Go to the Animation: Building the Four Base Particles

The subatomic particles

The neutrino, electron, positron, 'neutral' particle, particle of light, proton, antiproton, neutron, antineutron

Go to the Animation: The Subatomic Particles

Moving the matter particles

When matter particles move, they change shape

Go to the Animation: Moving the Matter Particles

Packing the matter particles

Proton and neutron packing principles

Go to the Animation: Packing the Matter Particles

Atomic nuclei

Isotopes of hydrogen through to carbon, including decay sequences

Go to the Animation: Atomic Nuclei

Atomic nuclei builder

Includes preloaded configurations for the more stable isotopes up to iron

Go to the Animation: Atomic Nuclei Builder

Matter and light

Inertia and momentum

Go to the Animation: Matter and Light

Electric fields

Left-handed and right-handed particles

Go to the Animation: Electric Fields

Gravity (*)

Chiral objects

Go to the Animation: Gravity

Stern-Gerlach experiment

Matter particles and spin

Go to the Animation: Stern-Gerlach Experiment