Канал: Stellar Spectroscopy Lectures

3.1a Why NASA Floundered for 50 Years

3.1a Why NASA Floundered for 50 Years

2.5b What are these Space Programs Doing?

2.5b What are these Space Programs Doing?

2.5a Chinese Space Program

2.5a Chinese Space Program

2.4b Sky Lab and the Shuttle

2.4b Sky Lab and the Shuttle

2.4a Soviet Space Race (Part 2)

2.4a Soviet Space Race (Part 2)

2.3b Project Apollo: Part 2 - Apollo 9 - 17

2.3b Project Apollo: Part 2 - Apollo 9 - 17

2.3a Project Apollo: Part 1 - How You Go to the Moon

2.3a Project Apollo: Part 1 - How You Go to the Moon

2.2b Soviet Space Race (Part 1)

2.2b Soviet Space Race (Part 1)

2.2a Project Gemini

2.2a Project Gemini

2.2a Project Mercury

2.2a Project Mercury

2.1b Cold War Rocketry and the Space Race

2.1b Cold War Rocketry and the Space Race

2.1a From Science Fiction to Rocket Pioneers

2.1a From Science Fiction to Rocket Pioneers

1.5b Post Sea Race Outcomes of Colonization and Imperialism

1.5b Post Sea Race Outcomes of Colonization and Imperialism

1.5a After the Sea Race - The Quest to Rule the World

1.5a After the Sea Race - The Quest to Rule the World

1.4b Vespucci Magellan and Cook

1.4b Vespucci Magellan and Cook

1.4a Muslim and Chinese Exploration

1.4a Muslim and Chinese Exploration

2a. Surface Gravity and Morgan-Keenan Classification

2a. Surface Gravity and Morgan-Keenan Classification

1b. Optical Depth and Absorption

1b. Optical Depth and Absorption

1a. Introduction to Stellar Spectra

1a. Introduction to Stellar Spectra

1.3b Columbus and Spain

1.3b Columbus and Spain

1.3a Portuguese Explorers and Prince Henry

1.3a Portuguese Explorers and Prince Henry

1.2b Paths to the East

1.2b Paths to the East

1.2a The Dark Ages and the Vikings

1.2a The Dark Ages and the Vikings

1.1b The Overview Effect

1.1b The Overview Effect

1.1a Wanderers and Explorers

1.1a Wanderers and Explorers

Introduction to the Course

Introduction to the Course

The Nature of Life on Earth

The Nature of Life on Earth

What Makes Earth Habitable?

What Makes Earth Habitable?

Life in the Context of the Universe

Life in the Context of the Universe

Modern Science (Revolutions in Spacetime and Gravity)

Modern Science (Revolutions in Spacetime and Gravity)

How to Science (A Story of Human Knowledge)

How to Science (A Story of Human Knowledge)

A Universe of Life?

A Universe of Life?

Paralyzer (cover) by The Players

Paralyzer (cover) by The Players

Time is Running Out (cover) by The Players

Time is Running Out (cover) by The Players

Where is My Mind (cover) by The Players

Where is My Mind (cover) by The Players

Enter Sandman (cover) by the Players

Enter Sandman (cover) by the Players

The Jamboreena Waltz by Mischief Night

The Jamboreena Waltz by Mischief Night

Sombrio by Mischief Night

Sombrio by Mischief Night

Uproot Yourself by Mischief Night

Uproot Yourself by Mischief Night

Welcome to my Kingdom by Mischief Night

Welcome to my Kingdom by Mischief Night

Silence by Mischief Night

Silence by Mischief Night

Habitability of Exoplanets

Habitability of Exoplanets

The Drake equation - Are We Alone?

The Drake equation - Are We Alone?

Evolution of Habitability around the Sun

Evolution of Habitability around the Sun

Life on Jovian Moons

Life on Jovian Moons

Mars - Its History, Evolution, and Habitability

Mars - Its History, Evolution, and Habitability

Searching for Life in Solar System

Searching for Life in Solar System

The Origin of Life on Earth

The Origin of Life on Earth

Lecture 4.E. Modeling Stellar Absorption

Lecture 4.E. Modeling Stellar Absorption

Lecture 4.A: The Radiation Field and Flux Integrals

Lecture 4.A: The Radiation Field and Flux Integrals

Lecture 4.D: Modeling Absorption Lines

Lecture 4.D: Modeling Absorption Lines

Lecture 4.C: The Stellar Atmosphere

Lecture 4.C: The Stellar Atmosphere

Lecture 4.B: Basics of Radiative Transfer

Lecture 4.B: Basics of Radiative Transfer

Lecture 3.F: Charge Density Conservations and Temperature Gradients

Lecture 3.F: Charge Density Conservations and Temperature Gradients

Lecture 3.E: Saha Equation and Ionization Fractions

Lecture 3.E: Saha Equation and Ionization Fractions

Lecture 3.D: Detailed Balancing and Boltzmann Equation

Lecture 3.D: Detailed Balancing and Boltzmann Equation

Lecture 3.C: Overview- Gas Physics, Spectra, and Modeling

Lecture 3.C: Overview- Gas Physics, Spectra, and Modeling

Lecture 3.B: Mean Molecular Weights

Lecture 3.B: Mean Molecular Weights

Lecture 2.H: Tutorial on Russel Saunders Symbols

Lecture 2.H: Tutorial on Russel Saunders Symbols

Lecture 3A: Introductory Gas Physics

Lecture 3A: Introductory Gas Physics

Lecture 2.G: Atomic Spectra: Iso-Electronic Sequence and Atomic Spectra

Lecture 2.G: Atomic Spectra: Iso-Electronic Sequence and Atomic Spectra

Lecture 2.F: Atomic Spectra: Multi-electron Atoms and Energy Diagrams

Lecture 2.F: Atomic Spectra: Multi-electron Atoms and Energy Diagrams

Lecture 2.E: Atomic Spectra: Cross Sections and Multi-electron Atoms

Lecture 2.E: Atomic Spectra: Cross Sections and Multi-electron Atoms

Lecture 2.D: Atomic Spectra: Atomic Line Broadening

Lecture 2.D: Atomic Spectra: Atomic Line Broadening

Lecture 2.D: Atomic Spectra: Theory of Transitions, The Dipole Approximation

Lecture 2.D: Atomic Spectra: Theory of Transitions, The Dipole Approximation

Lecture 2.C: Atomic Spectra: Fine Structure and Radiative Corrections

Lecture 2.C: Atomic Spectra: Fine Structure and Radiative Corrections

Lecture 2.B: Atomic Spectra: The Dirac Model and Fine Structure

Lecture 2.B: Atomic Spectra: The Dirac Model and Fine Structure

Lecture 2.A.2: Atomic Spectra: Bohr Atom and Wave Model (cont.)

Lecture 2.A.2: Atomic Spectra: Bohr Atom and Wave Model (cont.)

Lecture 2A.1: Atomic Spectra: Bohr Atom and Wave Model

Lecture 2A.1: Atomic Spectra: Bohr Atom and Wave Model

Lecture 1E: Magnitudes and Photometric Systems

Lecture 1E: Magnitudes and Photometric Systems

Lecture 1D: HR Diagram as a Diagnostic Tool

Lecture 1D: HR Diagram as a Diagnostic Tool

Lecture 1C: Introduction to Spectra

Lecture 1C: Introduction to Spectra

Lecture 1A: Introductory Principles of Absorption

Lecture 1A: Introductory Principles of Absorption

Lecture 1B: Further Principles of Absorption

Lecture 1B: Further Principles of Absorption