Herausforderungen im Labor: Grenzprobleme - Labor

Herausforderungen im Labor: Grenzprobleme - Labor

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Module: Herausforderungen im Labor: Grenzprobleme - Labor

Sequence: 0.0._START_20610_einstieg_grenzprobleme

Branching Point: Borderline Problems of Classical Physics

Sequence: 0.1. Themenuebersicht Grenzprobleme

Branching Point: Borderline Problems of Classical Physics (Overview of Topics)

Sequence: 1.0. Objektliste_205000_Grenzprobleme

Slide: Ludwig Boltzmann: Lectures on the Principles of Mechanics

Slide: Atwood’s Free-fall Machine

Slide: Franz Reuleaux' Models

Slide: Max Planck: Lectures on Thermodynamics

Slide: Antoine Laurent de Lavoisier's and Pierre Simon de Laplace's Ice Calorimeter

Slide: Hot-air Engine

Slide: Hendrick Antoon Lorentz: Attempt for a Theory of Electric and Optical Phenomena in Moving Bodies

Slide: Galvanometer with Astatic Needle Pair

Slide: Flat Ring Generator from Schuckert

Sequence: 2.0. Anim-Branchingpoint

Branching Point:

Sequence: 2.1. Anim-de-SchwarzerKoerper

Sequence: 2.2. Anim-en-SchwarzerKoerper

Sequence: 2.3. Anim-de-Photoeffekt

Sequence: 2.4. Anim-en-Photoeffekt

Sequence: 2.5. Anim-de-Brown

Sequence: 2.6. Anim-en-Brown

Sequence: 2.7. Anim-de-Induktion

Sequence: 2.8. Anim-en-Induktion

Sequence: 2.1. Anim-de-SchwarzerKoerper

Sequence: 2.2. Anim-en-SchwarzerKoerper

Sequence: 2.3. Anim-de-Photoeffekt

Sequence: 2.4. Anim-en-Photoeffekt

Sequence: 2.5. Anim-de-Brown

Sequence: 2.6. Anim-en-Brown

Sequence: 2.7. Anim-de-Induktion

Sequence: 3.0_Intro_20500_grenzprobleme_mech_el

Slide: At the Borderline between Mechanics and Electrodynamics:
Electromagnetic Induction

Slide: Fundamental Ideas and Methods of the Theory of Relativity, presented in their Development, 1920

Slide: Hippolyte Pixii's Induction Machine

Slide: Joseph Saxton's Magnetoelectric Machine

Slide: Fundamental Ideas and Methods of the Theory of Relativity, Presented in their Development, 1920 (continued)

Sequence: 4.0_Intro_20500_grenzprobleme_mech_therm

Slide: At the Borderline Between Mechanics and Thermodynamics:
Brownian Motion

Slide: Which Velocity Does Brownian Motion Have?

Slide: Brownian Motion as a Random Process

Sequence: 5.0_Intro_20500_grenzprobleme_el_therm

Slide: At the Borderline of Electrodynamics and Thermodynamics:
Black Body and Photoelectric Effect

Slide: Black Body

Slide: Max Planck: Lectures on Thermodynamics

Slide: Philipp Lenard's Cathode Ray Tube for Examining the Photoelectric Effect

Slide: Einstein's Light Quantum Hypothesis

Sequence: 6.0. Grenzprobleme Biographien

Slide: Gustav Robert Kirchhoff (1824–1887)

Slide: Wilhelm Wien (1864–1928)

Slide: Max Planck (1858–1947)

Slide: Hendrik Antoon Lorentz (1853–1928)

Slide: Ludwig Boltzmann (1844–1906)

Sequence: 6.0.a Biographie 20601: Gustav Kirchhoff

Slide: Gustav Robert Kirchhoff (1824–1887)

Sequence: 6.0.b Biographie 20601: Wilhelm Wien

Slide: Wilhelm Wien (1864–1928)

Sequence: 6.0.c Biographie 20610: Max Planck

Slide: Max Planck (1858–1947)

Sequence: 6.0.d Biographie 20610: Hendrik Antoon Lorentz

Slide: Hendrik Antoon Lorentz (1853–1928)

Sequence: 6.0.e Biographie 20610: Ludwig Boltzmann

Slide: Ludwig Boltzmann (1844–1906)

Sequence: 1.0. Objektliste_205000_Grenzprobleme

Slide: Ludwig Boltzmann: Lectures on the Principles of Mechanics

Slide: Atwood’s Free-fall Machine

Slide: Franz Reuleaux' Models

Slide: Max Planck: Lectures on Thermodynamics

Slide: Antoine Laurent de Lavoisier's and Pierre Simon de Laplace's Ice Calorimeter

Slide: Hot-air Engine

Slide: Hendrick Antoon Lorentz: Attempt for a Theory of Electric and Optical Phenomena in Moving Bodies

Slide: Galvanometer with Astatic Needle Pair

Slide: Flat Ring Generator from Schuckert

Sequence: 2.0. Anim-Branchingpoint

Branching Point:

Sequence: 2.1. Anim-de-SchwarzerKoerper

Sequence: 2.2. Anim-en-SchwarzerKoerper

Sequence: 2.3. Anim-de-Photoeffekt

Sequence: 2.4. Anim-en-Photoeffekt

Sequence: 2.5. Anim-de-Brown

Sequence: 2.6. Anim-en-Brown

Sequence: 2.7. Anim-de-Induktion

Sequence: 2.8. Anim-en-Induktion

Sequence: 3.0_Intro_20500_grenzprobleme_mech_el

Slide: At the Borderline between Mechanics and Electrodynamics:
Electromagnetic Induction

Slide: Fundamental Ideas and Methods of the Theory of Relativity, presented in their Development, 1920

Slide: Hippolyte Pixii's Induction Machine

Slide: Joseph Saxton's Magnetoelectric Machine

Slide: Fundamental Ideas and Methods of the Theory of Relativity, Presented in their Development, 1920 (continued)

Sequence: 4.0_Intro_20500_grenzprobleme_mech_therm

Slide: At the Borderline Between Mechanics and Thermodynamics:
Brownian Motion

Slide: Which Velocity Does Brownian Motion Have?

Slide: Brownian Motion as a Random Process

Sequence: 5.0_Intro_20500_grenzprobleme_el_therm

Slide: At the Borderline of Electrodynamics and Thermodynamics:
Black Body and Photoelectric Effect

Slide: Black Body

Slide: Max Planck: Lectures on Thermodynamics

Slide: Philipp Lenard's Cathode Ray Tube for Examining the Photoelectric Effect

Slide: Einstein's Light Quantum Hypothesis

Sequence: 6.0. Grenzprobleme Biographien

Slide: Gustav Robert Kirchhoff (1824–1887)

Slide: Wilhelm Wien (1864–1928)

Slide: Max Planck (1858–1947)

Slide: Hendrik Antoon Lorentz (1853–1928)

Slide: Ludwig Boltzmann (1844–1906)

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Brownian Motion as a Random Process

Einstein explains that the Brownian motion of a particle is – in contrast to the familiar mechanical motions – an unpredictable random process: ... even the greatest mathematician will never succeed in calculating in advance ... the distance traversed by such a particle.

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