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Physics for the 21st Century
Publisher
Annenberg Learner (Firm)
Publication Date
[2010]
Language
English
Description
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Excerpt
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Table of Contents
From the eVideo
Building Blocks of Matter (2:48) --
Detecting Neutrinos (4:49) --
Photomultiplier Tubes (3:08) --
Neutrino Event Shadow (1:01) --
Fundamental Mass of Particles (3:41) --
Tevatron Particle Accelerator (3:09) --
Analyzing the Event Display (3:16) --
Higgs Boson Search (2:09) --
Credits: The Basic Building Blocks of Matter: Physics for the 21st Century (1:47)
From the eVideo
The Standard Model (3:52) --
Large Hadron Collider (2:19) --
ATLAS Trigger (3:45) --
Setting-Up Signature Triggers (2:55) --
Data Transmission (1:25) --
ATLAS Data Analysis (4:32) --
LHC Quality Assurance (3:49) --
Global Collaboration (2:00) --
Credits: The Fundamental Interactions: Physics for the 21st Century (0:39)
From the eVideo
Why is Gravity Weak? (2:47) --
Measuring Gravitational Force (6:43) --
Inverse Square Law (2:27) --
Wave Effects of Gravity (4:39) --
LIGO Data Analysis (4:29) --
Squeezing Light (4:03) --
Credits: Gravity: Physics for the 21st Century (0:31)
From the eVideo
String Theory (3:55) --
Beginning of the Universe (3:42) --
Detecting Cosmic Strings (3:28) --
Black Holes (4:08) --
Holographic Principle (4:16) --
Superconductors (5:33) --
Credits: String Theory and Extra Dimensions: Physics for the 21st Century (0:41)
From the eVideo
Strongly Interacting Fermions (3:10) --
Magic of Laser Cooling (4:37) --
Evaporative Cooling (6:17) --
Ultra Accurate Clocks (3:32) --
The World's Most Precise Frequency Source (3:23) --
Mercury Ion Precision (4:07) --
Credits: The Quantum World: Physics for the 21st Century (0:59)
From the eVideo
Polarization of Light (2:11) --
Quantum Computer (2:57) --
Entangled Energy (3:17) --
Proof of Quantum Correlation (2:56) --
Logic Calculations (1:13) --
Slowing Down the Speed of Light (1:54) --
Coupling and Probe Lasers (5:05) --
Atoms: Information Carriers (2:43) --
Light's Matter Form (3:06) --
Credits: Macroscopic Quantum Mechanics: Physics for the 21st Century (0:30)
From the eVideo
Fundamental Interactions (4:17) --
Emergent Phenomena (5:07) --
Displacement of Particles (4:08) --
Superconductivity (2:59) --
Quantum Critical (3:11) --
Spectrum of Magnetic Fluctuation (4:55) --
Credits: Manipulating Light: Physics for the 21st Century (0:38)
From the eVideo
Superconductors (3:16) --
High Temperature Superconductors (3:18) --
Atomic Resolution Images (4:15) --
Future of Superconductors (1:47) --
Bose-Einstein Condensate (3:56) --
Fermi Condensate (3:31) --
Copper Pairing (3:18) --
Room Temperature Superconductivity (1:47) --
Credits: Emergent Behavior in Quantum Matter: Physics for the 21st Century (0:38)
From the eVideo
Formation of Virus States (3:39) --
Simple Spherical Particles (3:22) --
Effects of Entropy (3:30) --
3D Imaging of Self Organization (2:25) --
Cancer Treatment (4:10) --
Precision in Proton Treatment (3:42) --
Computed Tomography (CT) (4:14) --
Credits: Biophysics: Physics for the 21st Century (0:43)
From the eVideo
Exploring Dark Matter (4:21) --
WMAP Haze (4:23) --
Weakly Interacting Massive Particle (3:42) --
LUX Detector (3:49) --
Eliminating Radioactivity (4:34) --
Photomultiplier Tubes (4:12) --
Credits: Dark Matter: Physics for the 21st Century (0:36)
From the eVideo
Cosmic Expansion (2:06) --
Analysis of Exploding Stars (3:46) --
Dark Energy (4:23) --
Cosmological Constant (2:42) --
Cosmic Microwave Background (3:38) --
Wilkinson Microwave Anisotrophy Probe (WMAP) (3:11) --
Composition of the Universe (3:40) --
Atacama Cosmology Telescope (2:03) --
Credits: Dark Energy: Physics for the 21st Century (0:45)
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