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Title 00:00:00 Title 00:01:24 Laser cooling atoms 00:01:39 Quantum Tornadoes Near Absolute Zero 00:01:56 U-M Trapped Ion Quantum Computing 00:02:15 The world circa 1920 00:02:40 The world circa 1920 (2) 00:03:23 Fifth Solvay Conference 1927 00:04:06 Everyday waves: Sound waves 00:04:54 Waves can add 00:05:42 Interference - you can hear it! 00:06:12 You can see intereference too 00:07:29 double slit experiment for particles (1) 00:08:24 double slit experiment for particles (2) 00:09:04 double slit experiment for particles (3) 00:09:17 double slit experiment for particles (4) 00:09:22 double slit experiment for particles (5) 00:09:38 interference pattern 00:10:40 So what's interfering? 00:11:12 Schrödinger's Equation 00:13:11 Particle interferometry 00:14:00 Cold - the quantum frontier! 00:15:18 How cold is cold? 00:16:59 Lasers zap, burn, cut 00:20:09 Pushing atoms with light 00:20:39 It's a bit harder than that... 00:22:53 how to stop fast atoms? 00:23:52 Laser Molasses 00:25:36 I. Laser cooling atoms 00:29:18 JILA Mark III (1) 00:29:23 JILA Mark III (2) 00:30:07 Atom Interferometry (AI) 00:32:29 Light interferometers (1) 00:33:15 Light interferometers (2) 00:33:19 A really BIG light interferometer! 00:34:02 de Broglie Wave Interference 00:34:31 Atom Interferometer Force Sensors 00:35:46 Gravimetry 00:36:43 Example 00:39:59 Laboratory validation 00:40:55 Applications 00:42:03 II. Quantum Tornadoes Near Absolute Zero 00:43:24 thermometer for cold atoms 00:45:36
