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JUMP DIRECTLY TO SLIDE Title Title Laser cooling atoms Quantum Tornadoes Near Absolute Zero U-M Trapped Ion Quantum Computing The world circa 1920 The world circa 1920 (2) Fifth Solvay Conference 1927 Everyday waves: Sound waves Waves can add Interference - you can hear it! You can see intereference too double slit experiment for particles (1) double slit experiment for particles (2) double slit experiment for particles (3) double slit experiment for particles (4) double slit experiment for particles (5) interference pattern So what's interfering? Schrödinger's Equation Particle interferometry Cold - the quantum frontier! How cold is cold? Lasers zap, burn, cut Pushing atoms with light It's a bit harder than that... how to stop fast atoms? Laser Molasses I. Laser cooling atoms JILA Mark III (1) JILA Mark III (2) Atom Interferometry (AI) Light interferometers (1) Light interferometers (2) A really BIG light interferometer! de Broglie Wave Interference Atom Interferometer Force Sensors Gravimetry Example Laboratory validation Applications II. Quantum Tornadoes Near Absolute Zero thermometer for cold atoms        synchronize video with current slide