The how and the why: An Essay on the Origins and Development of Physical TheoryThe description for this book, The How and the Why, will be forthcoming. |
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... Experiment in Quantum Mechanics 420 NOTE K Quantum Correlations That Suggest Action at a Distance 425 NOTE L The Troublesome Question of How Things Look 425 NOTE M Bibliography Index Theory of the Expanding Universe 427 433 453 List of ...
... Experiment in Quantum Mechanics 420 NOTE K Quantum Correlations That Suggest Action at a Distance 425 NOTE L The Troublesome Question of How Things Look 425 NOTE M Bibliography Index Theory of the Expanding Universe 427 433 453 List of ...
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Contents
What Is the World? | 3 |
How Is It Built? | 24 |
How Should We Think About It? | 32 |
them | 36 |
The Sky Is a Machine | 54 |
less than half of the sphere would be visible at night | 60 |
The Christian Cosmos | 78 |
What Are These Things I See? | 95 |
A World of Bronze and Marble | 243 |
The shadow of a needle in monochromatic light from | 262 |
of a magnetic field by an electric current | 272 |
Two Theories of Relativity | 275 |
Very Small and Far Away | 305 |
Does It Make Sense? | 334 |
Moving Down the Scale | 352 |
And Now the Universe | 372 |
The Wider Shores of Knowledge | 109 |
Illumination | 124 |
The Spheres Are Broken | 142 |
CHAPTER IO Influences | 170 |
Velocities at the apsides of a planetary orbit | 177 |
They Move According to Number | 202 |
Time Space and Form | 224 |
Order and Law | 387 |
NOTE A Heros Principle | 407 |
NOTE J The TwoSlit Experiment in Quantum | 420 |
433 | |
453 | |
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acceleration answer argument Aristotelian Aristotle Aristotle's assume assumption astronomical atoms body calculation called cause century Chapter color Copernicus Democritus Descartes distance dynamics earth effect Einstein electric electric charge electron elements ellipses energy equations ether example exist experiment explain field Figure force formula Galileo geometry gravity Greek happens Hubble's law hypotheses ical idea interact Kepler kind later Leibniz light look Lucretius magnetic mass mathematical matter Maxwell's measure molecules momentum moon move natural motion Newton Newtonian object observed orbits Parmenides particles path perhaps phenomena philosophy photons PHYL physicists physics pion planetary planets Plato Principia principle properties Pythagoras q-numbers quantity quantum mechanics quarks question reason relation result rotating scientific seems sense shows simple soul space spacetime speed sphere stars substance suppose tell theory things thought Timaeus tion truth understand universe velocity wave function words write