Explore the origins of the universe in this 56-minute lecture by renowned experimental cosmologist Lyman Page. Delve into the cosmic microwave background (CMB) and its significance in revealing the universe's age, size, and geometry. Learn how tiny variations in the CMB serve as a blueprint for cosmic structure formation. Discover the Standard Model of Cosmology, understand the concept of cosmic expansion, and grasp how telescopes function as time machines due to the finite speed of light. Examine the measurements crucial to the Standard Cosmological Model, investigate the formation of hot and cold patches in the early universe, and unravel the mysteries of cosmic paleontology. Gain insights into the angular power spectrum and the parameters that shape our understanding of the cosmos.
Overview
Syllabus
Intro
How Big is the Universe?
The Universe is Expanding Hubble & Lemaitre found that the further away a galaxy is the faster it is moving away.
Because the Speed of Light is Finite, Telescopes Are Like Time Machines
Now Add The Expansion
The Standard Model of Cosmology
The Standard Cosmological Model
How Do We Measure the
The Measurements at the Heart of the Standard Model
How do we get hot and cold patches?
Cosmic Paleontology
Angular Power Spectrum
Parameters of the Model
Taught by
The Royal Institution
Related Courses
-
Observing the Birth of the Universe by Lyman Page
-
Astrophysics
-
A Brief History of the Universe - From Big Bang to Dark Energy
-
First Light - Revealing the Early Universe Through Cosmic Microwave Background
-
50 Years of the Cosmic Microwave Background - Discoveries and Future Prospects
-
The Origin of Our Universe from the Multiverse - With Laura Mersini-Houghton
