Description |
1 online resource (24 video files (approximately 720 min.)) : sd., col. |
|
digital rda |
|
video file rda |
Series |
The Great Courses. Science & mathematics. Physics |
|
Great courses (DVD). Science & mathematics. Physics.
|
Contents |
Episode 1 Two Prototype Theories Of Everything Episode 2 The Union Of Electricity And Magnetism Episode 3 Particles And Waves: The Quantum World Episode 4 Einstein Unifies Space, Time, And Light Episode 5 Relativistic Quantum Fields And Feynman Episode 6 Neutrinos Violating Parity And The Weak Force Episode 7 Flavor Changes Via The Weak Force Episode 8 Electroweak Unification Via The Higgs Field Episode 9 Quarks, Color, And The Strong Force Episode 10 Standard Model Triumphs And Challenges Episode 11 How Neutrino Identity Oscillates Episode 12 Conservation Laws And Symmetry: Emmy Noether Episode 13 Theoretical Symmetries And Mathematics Episode 14 Balancing Force And Matter: Supersymmetry Episode 15 Why Quarks And Leptons? Episode 16 Newton's Gravity Unifies Earth And Sky Episode 17 Einstein's Gravity Bends Space-Time Episode 18 What Holds Each Galaxy Together: Dark Matter Episode 19 What Pushes The Universe Apart: Dark Energy Episode 20 Quantum Gravity: Einstein, Strings, And Loops Episode 21 From Weak Gravity To Extra Dimensions Episode 22 Big Bang And Inflation Explain Our Universe Episode 23 Free Parameters And Other Universes Episode 24 Toward A Final Theory Of Everything. |
Access |
Digital content provided by hoopla. |
Performer |
Instructor, Professor Don Lincoln. |
Summary |
Taught by noted physicist Dr. Don Lincoln of the Fermi National Accelerator Laboratory, this course follows the search for a theory that explains all physical reality-a theory of everything. Dr. Lincoln covers recent developments in particle physics and cosmology, plus the background needed to appreciate the centuries-long search for this holy grail of science. Only high-school-level math is used. |
Audience |
Rated TVPG. |
System Details |
Mode of access: World Wide Web. |
Subject |
Grand unified theories (Nuclear physics)
|
Added Author |
Lincoln, Don, lecturer.
|
|
hoopla digital.
|
Music No. |
MWT12018768 |
|