| A | B |
|---|
| Joule | Relationship between work and temperature, dQ=Mass*Specific Heat*change in temperature |
| Rumford | Specific Heat, drilling into metal heats it up |
| Boyle | PV = constant if T is constant |
| Charles | Vi*Ti=Vf*Tf if Pressure is constant |
| Gibbs | Statistical Mechanics |
| Carnot | Carnot cycle; most efficient system |
| Kelvin | Temperature scale, absolute zero. Impossible to make something 100% efficient |
| Clausius | Awesome beard, N-Step Cycles Theorem. dQ*T < or = to zero (Equal if reversible). A continuous cycle has infinite steps |
| Maxwell | Demonic summonings, Statistical Mechanics, Silver Hammer (bang bang) |
| Boltzmann | Constant, S=k*ln(W) |
| Rontgen | Cathode Rays, X-Rays, 1st Nobel Prize |
| JJ Thomson | Cathode Rays as Charged Particles, Charge to Mass Ratio of an electron |
| Millikan | Oil Drop Experiment to discover Electron Charge |
| Einstein | Photoelectron |
| Compton | Photon Scattering off Electron |
| von Laue | X-Ray Scattering off crystals. 3-D Diffraction Grating |
| Bragg | Also Scattering off crystals, namesake method |
| DeBroglie | Particles have Wavelengths! |
| Davison and Germer | Nickel scattering, proved electrons have wavelength |
| Bohr | Complementarity, duality. Can't describe as particle and wave at same time. |
| Heisenberg | I'm not really certain what he did |
| Copenhagen Interpretation | Measurement is only reality |
