23rd edition. — Christoph Schiller, 2009. — 452 p. The textbook covers topics on: Why should we care about motion?, From motion measurement to continuity, How to describe motion – kinematics, From objects and images to conservation, From the rotation of the earth to the relativity of motion, Motion due to gravitation, Classical mechanics and the predictability of motion, Measuring...
23rd edition. — Christoph Schiller, 2009. — 320 p. How do objects and images move? How can animals move? What is motion? How does a rainbow form? Is levitation possible? Do time machines exist? What does 'quantum' mean? What is the maximum force value found in nature? Is 'empty space' really empty? Is the universe a set? Which problems in physics are still unsolved? Free physics...
23rd edition. — Christoph Schiller, 2009. — 314 p. The textbook covers topics on: Liquid electricity, invisible fields and maximum speed, The description of electromagnetic field evolution, What is light?, Images and the eye – optics, Electromagnetic effects, Summary and limitso f classical electrodynamics, Classical physics in a nutshell, The story of the brain, Thought and...
23rd edition. — Christoph Schiller, 2009. — 314 p.
The textbook covers topics on: Liquid electricity, invisible fields and maximum speed, The description of electromagnetic field evolution, What is light?, Images and the eye – optics, Electromagnetic effects, Summary and limitso f classical electrodynamics, Classical physics in a nutshell, The story of the brain, Thought and...
23rd edition. — Christoph Schiller, 2009. — 226 p. The textbook covers topics on: Minimum action – quantum theory for poets, Light – the strange consequences of the quantum of action, Motion of matter – beyond classical physics, The quantum description of physical systems, Coloursand other interactions between light and matter, Permutation of particles– are particleslike gloves?,...
23rd edition. — Christoph Schiller, 2009. — 356 p. The textbook covers topics on: Motion for enjoying life, Changing the world with quantum theory, Quantum electrodynamics – the origin of virtual reality, Quantum mechanics with gravitation – a first approach, The structure of the nucleus – the densest clouds, The sun, the stars and the birth of matter, The strong interaction, The...
23rd edition. — Christoph Schiller, 2009. — 344 p. The textbook covers topics on: From millennium physics to unification, Physics in limit statements, General relativity versus quantum theory, Does matter differ from vacuum?, What is the difference between the universe and nothing?, The physics of love – an intermediate report, The shape of points – extension in nature.
28th edition. — Christoph Schiller, 2015. — 565 p. Why should we care about motion? Does motion exist? How should we talk about motion? What are the types of motion? Perception, permanence and change. Does the world need states? Galilean physics in six interesting statements. Curiosities and fun challenges about motion. Summary on motion. From motion measurement to continuity What...
28th edition. — Christoph Schiller, 2015. — 364 p. Maximum speed, observers at rest and motion of light. Relativistic mechanics. Special relativity in four sentences. Simple general relativity: gravitation, maximum speed and maximum force. How maximum speed changes space, time and gravity. Open orbits, bent light and wobbling vacuum. From curvature to motion. Why can we see the...
28th edition. — Christoph Schiller, 2015. — 426 p. Liquid electricity, invisible fields and maximum speed Fields: amber, lodestone and mobile phones How can one make lightning? Electric charge Electric field strength Pumping charge What is electricity? Can we detect the inertia of electricity? Feeling electric fields Magnets and other magnetic materials How do animals feel...
28th edition. — Christoph Schiller, 2015. — 284 p. Minimum action — quantum theory for poets The effects of the quantum of action on rest The consequences of the quantum of action for objects Why ‘quantum’? The effect of the quantum of action on motion The surprises of the quantum of action Transformation, life and Democritus Randomness — a consequence of the quantum of action...
28th edition. — Christoph Schiller, 2015. — 440 p. Motion for enjoying life From quantum physics to biological machines and miniaturization Reproduction Quantum machines How do we move? — Molecular motors Linear molecular motors A rotational molecular motor: ATP synthase Rotational motors and parity breaking Curiosities and fun challenges about biology The physics of pleasure The...
28th edition. — Christoph Schiller, 2015. — 455 p. From millennium physics to unification Against a final theory What went wrong in the past An encouraging argument Summary: how to find the final theory of motion Physics in limit statements Simplifying physics as much as possible Everyday, or Galilean, physics in one statement Special relativity in one statement Quantum theory in...
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