Jason Kendall

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Video Index

• "The Big Bang in One Hour"
• "The Cosmic Distance Ladder": A public talk at the UACNJ
• "Wake Up With Al" 2014, October 23, Safely Watch Solar Eclipse
• "Wake Up With Al" 2015, February 13, "February Sky"
• "Wake Up With Al" April 1, 2015: Lunar Eclipse and the Lyrid Meteors
• "Wake Up With Al" May 4, 2015: Saturn and Telescopes
• "Wake Up With Al"', October 1, 2015: Planets, Mars and Eclipses
• "Wake Up With Al", 2014, October 7, "Prepping for the Lunar Eclipse"
• "Wake Up With Al", 2015, January 5, "January Sky"
• "Wake Up With Al", 2015, March 9: "March Equinox, Lion and Lamb, Dawn at Ceres"
• "Wake Up With Al", August 4, 2015: August Skies
• "Wake Up With Al", July 1, 2015: Pluto and New Horizons
• "Wake Up With Al", July 13, 2015: New Horizons and Pluto
• "Wake Up With Al", June 4, 2015: Summer Triangle, Conjunctions and Big Telescopes
• "Wake Up With Al", September 8 2015, Lunar Eclipse, Saturn and M31
• 61 Cygni Proper Motion
• A Safe Intro to Physics Equations
• A Tour of the Universe
• Active Galactic Nuclei and Quasars!
• Adaptive Optics effects on the galactic center
• adaptive optics schematic
• All-Sky Astronomical Surveys
• And Yet It Moves: Galileo Vindicated
• Angular Measurements and the Celestial Sphere
• Announcing YouTube Membership
• Apollo 11, As It Happened, LoFi Edition
• Apollo Missions 7 Through 17 Combined
• April 8, 2024 Total Solar Eclipse from two locations
• Atoms and Light: The Interaction and Nature of Light and Matter
• Atoms and Light: The Nature of Light, Matter, and Quantum Mechanics
• Atoms, Elements and Isotopes
• Atoms, Elements, and Isotopes
• Betelgeuse and Beyond: Exploring Red Giants’ Mysteries!
• Big Bang Cosmology: the Origin and Fate of the Universe
• Big Bang Cosmology: The Origin and Fate of the Universe
• Big Bang Nucleosynthesis
• Big Telescopes and High Resolution
• Binary Stars 3; The Mass of Proxima b and Stellar Masses
• Binary Stars Again: Eclipses, Masses and Planets
• Binary Stars Part 2: Understanding Spectroscopic and Eclipsing Binaries
• Binary Stars: Visual and Spectroscopic
• Black Hole accretion disk and flare, its x-ray data and location in sky
• Black Hole Basics
• black hole shadow spiral with shadow
• Black Hole X-Ray binary matter waves in binary accretion disk
• Black Holes and Gravitational Waves:The Warp and Woof of Spacetime
• Black Holes and the Equivalence Principle
• Black Holes, Gravitational Waves and Gamma-Ray Bursts: Cosmic Catastrophes
• Black Holes, Gravitational Waves and Gamma-Ray Bursts: Cosmic Catastrophes
• Booster Cam Views of Discovery's Final Flight LoFi
• Building the Milky Way: A Cosmic Tale of Star Formation and Mergers
• Calibrating the Cosmos: Measuring the Properties of the Distant Stars
• Caterpillar appearance of gravitational waves
• Celestial Cauldrons: H-II Regions and the Birth of Stars
• Centrifugal Force
• Chaos in the Cosmos: How Stars Burn Helium and Evolve
• Clyde Tombaugh, the man who discovered Pluto - LoFi
• Colliding Galaxies
• Color and Temperature
• Core-Collapse Supernovae
• Coriolis Acceleration
• Cosmic Calibration: Measuring the Properties of the Distant Stars
• Cosmic Calibration: Measuring the Properties of the Distant Stars
• Cosmic Clumping: Understanding Large-Scale Structures in the Universe
• Cosmic Collisions: How Galaxies Form Through Crashes and Mergers
• Cosmic Distances using Parallax
• Cosmic History: The Evolution of Galaxies from the Big Bang
• Cosmic Homogeneity and Isotropy
• Cosmic Inflation and the Origin of the Universe
• Cosmic Powerhouses: Exploring Active Galaxies and Quasars
• Cosmological Redshift (older version 2 with music)
• Cosmological Redshift (older version)
• Cosmological Spacetime Curvature: The Friedmann-Lemaître-Robertson-Walker Metric
• Cosmology 101: How Homogeneity and Isotropy Shape Our Universe
• Cosmology Basics: Dive into the Ricci Scalar and Tensor
• Cosmology Chapter 2 problems worked out
• Cracking the Code of Star Masses and Their Distant Planets: The Mass of Proxima Centauri b
• Curved Spacetime and Geodesics
• Dark Energy, Supernovae and the Ultimate Fate of the Universe
• December 11, 2015: AMHQ Weather Channel "Geminid Meteor Shower"
• Decoding the Hertzsprung-Russell Diagram: Star Classification and Evolution
• Demystifying Equations in Astronomy
• Determining the Distance Between the Earth and the Sun, and Proving the Earth is a Sphere
• Determining the Distance Between the Earth and the Sun, and Proving the Earth is a Sphere
• Einstein's Equivalance Principle and the Curvature of Spacetime
• Einstein's Equivalence Principle - Scratch Slides
• Einstein's General Relativity: Principles and Experimental Confirmations
• Einstein's Postulates of Special Relativity
• Evolution of High Mass Stars
• Evolution of Solar Mass Stars
• Experiencing the Total Solar Eclipse on August 21, 2017
• Experiencing the Total Solar Eclipse on August 21, 2017
• Exploring Binary Stars: Visual and Spectroscopic Types Unveiled
• Exploring Electron Degeneracy: Unlocking the Mystery of Star Cores
• Exploring Implications of Special Relativity
• Exploring Stellar Mass, Luminosity, and Age in the HR Diagram
• Exploring the Celestial Sphere with SkySafari and Stellarium
• Exploring the Celestial Sphere with SkySafari and Stellarium
• Exploring the Curvature of Spaces: A Journey into Relativistic Cosmology
• Exploring the Equatorial Coordinate System and Celestial Sphere
• Exploring the Equatorial Coordinate System and Celestial Sphere
• Exploring the Interstellar Medium: The Space Between Stars
• Extremely Basic Concepts about CCDs
• Faraday, Maxwell and the Aether
• Faster Than Light Tachyons, Causality and Tacos
• Faster Than Light Tachyons, Causality and Tacos or Why Faster-than-Light Travel Isn’t Possible
• Five Planets in the Sky: How to Tell a Planet from a Star
• Formation of Large-Scale Structure in the Universe
• Formation of Planets in protostar cloud
• Foucault Pendulum
• Foundations of Observational Astronomy: The Moon, the Seasons, and Mapping the Sky
• Foundations of Observational Astronomy: The Moon, the Seasons, and Mapping the Sky
• Foundations of Observational Astronomy: The Moon, the Seasons, and Mapping the Sky
• From Ancient Philosophy to Modern Science: The Geniuses Behind the Atom
• From Bright Red Giants to Mysterious Carbon Stars: Unveiling Stellar Secrets
• From Earth to the Edges of the Cosmos: A Comprehensive Guide
• From Lithium Depletion to Triple Alpha Fusion: The Life of Red Giants
• From Quantum Gravity to Inflation: The Early Universe's Astonishing Epoch
• From Quark Soup to Atoms: The Universe’s First Three Minutes
• From the Milky Way to the Far Reaches: The Cosmic Distance Ladder
• Galactic Nurseries: The Formation and Birth of Stars
• Galaxy Classification by Hubble
• Galaxy Evolution and Deep Surveys
• Galilean Relativity
• Galileo Galilei and the Advancement of Heliocentrism
• Galileo's drawings of sunspots in motion
• Galileo's Legacy
• Galileo, the Father of Science
• Galileo’s Genius and Modern Science
• Gamma Ray Bursts: Unveiling the Universe’s Most Powerful Explosions
• General Relativity Curvature and Tests
• General Relativity's Reason to Exist
• General Relativity: The Bending of Light's Path
• General Relativity: the Genius of Space-Time Curvature
• Grand Overview LoFi
• Gravitational Redshift
• Gravitational Time Dilation
• Gravitational Waves and Electromagnetic Signals: The First Cosmic Connection!
• Groups and Clusters of Galaxies
• Groups and Clusters of Galaxies
• Homogeneity, Isotropy and the Cosmological Principle
• How Big are the Sun and Moon?
• How Big is a One Solar Mass Black Hole? #blackhole
• How Did Geocentrism Fail the Tests of Science?
• How do we Describe and Understand Spacetime Curvature?
• How do we know that the Earth is Round?
• How Does Light Get From The Core of The Sun to Your Eye?
• How Einstein Dismantled Newton's Theory of Gravity
• How Einstein Dismantled Newton's Theory of Gravity and Replaced it with Spacetime Curvature
• How Einstein Dismantled Newton's Theory of Gravity and Replaced it with Spacetime Curvature
• How Gravitational Waves Changed Our Understanding of the Universe
• How Hard is it to Get To Mars?
• How Light Works: Waves, Speed, and Colors Explained
• How Matter Creates Light: The Science Behind Electromagnetic Radiation
• How Our Sun Will Transform: A Detailed Look at Stellar Evolution
• How the Universe Expands: A Dive into Cosmological Metrics
• Hubble Space Telescope Imagery of Stellar Proplyds in Orion's M42 Great Nebula
• Hubble's Galaxy Classification Scheme
• Interview in Inwood Hill Park
• Into the Abyss: Exploring the Fascinating World of Black Holes!
• Isaac Newton and the Laws of Motion and Gravitation
• JFK Speech at Rice University
• Journey Through the Cosmos: Discovering Planetary Nebulae
• Journey to Star Birth: Understanding Protostars
• June 5, 2012 Transit of Venus in New York City
• Kirchhoff's Laws of Spectroscopy
• Lab Solutions to "Galileo and the Phases of Venus"
• Lenticular Galaxies: The Cosmic In-Between
• Lunar Phases and the Various Months
• M1 Crab Nebula pulsar wind movement in the disk
• Mars' Retrograde Motion Explained
• Maxwell's Equations of Electromagnetism Explained
• Measuring Stellar Distances: Spectroscopic Parallax and the Cosmic Distance Ladder
• Mercury Planetary LoFi
• Messier 20 with DS9 and GIMP
• Michelson, Morely and the Aether Wind
• Modern Atomic Models: Quantum Mechanics and Atomic Spectra
• Navigating the Night Sky
• Neutron Stars
• Neutron Stars, Pulsars, X Ray Binary simulations
• Newton Versus Einstein: The Way of Newton
• Newton's Corpuscular Theory of Light: So Close, but So Far
• Newton's Laws, Orbits and Gravity
• Newtonian Space and Time (plus Mach's Principle)
• Newton’s Genius to the Understanding of Light
• Novae and Type Ia Supernovae
• Nuclear Fusion in the Sun
• Our Closest Star
• Our Local Star: the Sun
• Our Local Star: the Sun's Vital Stats
• Our Place in Space
• Parsecs and Lightyears: Distances to the Stars and Beyond
• Pepe
• Perseids: August 12-13, 2023
• Planetary Motions in the Sky
• Planetary Nebulae, Thermal Pulses and Fast Winds: How Stars Prepare for Their Final Act
• Proper Motion and Parallax
• Pulsars, X-Ray Binaries and Kilonovas
• quantum fluctuations growing in the earliest cosmos
• Radio Astronomy
• Rotating Reference Frames
• Rotating Reference Frames and Foucault Pendulum
• Ryden Cosmology Chapter 3, Section 3 opening preview
• Saturn: Jewel of the Solar System LoFi
• Setting the Stage for the Big Bang: Key Concepts in Cosmology
• Sirius’ Proper Motion
• Solar Activity Trance
• Solar and Lunar Eclipses
• Solar Eclipses: What Are They and Why Do They Happen?
• Solar Positions Over a Year and the Solar Analemma
• Solar Positions Over a Year and the Solar Analemma
• Solar Positions Over a Year and the Solar Analemma
• Source of the Cosmic Microwave Background
• Space-Based Astronomy
• Spacetime Curvature, Euclid's Postulates and how Curvature Violates Them.
• Spacetime Curvature: A Practical Guide to Parallel Transport
• Spacetime Curvature: Gravity and Einstein's Special and General Relativity
• Spacetime Curvature: Gravity and Einstein's Special and General Relativity
• Special Relativity in Detail
• Special Relativity's Implications
• Spectroscopic Parallax
• Spectroscopy: The Key to Understanding Light and Matter Interactions
• Spiral Arms Explained: The Science Behind the Milky Way’s Structure
• Spirals, Ellipticals, and Irregulars: Hubble’s Tuning Fork and Galaxy Classification Scheme
• Spirals, Ellipticals, and Irregulars: Hubble’s Tuning Fork and Galaxy Classification Scheme
• Star Clusters and Stellar Evolution
• Star Clusters: Unlocking the Mysteries of Stellar Evolution
• Stellar Corpses: White Dwarfs, Novae, Neutron Stars, and Pulsars
• Stellar Deaths: A Deep Dive into Supernova Remnants
• Stellar Evolution Overview
• Stellar Evolution, Supernovae and the Fate of the Sun
• Stellar Evolution, Supernovae and the Fate of the Sun
• Stellar Magnitudes
• Stellar Magnitudes: Measuring Brightness and Distances
• Stellar Mass, Luminosity and Lifespan
• Stellar movements in the Galactic Center
• Stellar Radii
• Stellar Simulations: Predicting The Sun’s Evolution and Ultimate Fate
• Stellar Spectral Classification
• Stellar Spectral Classification
• Supernova 1A Light Curve and spectral distribution: looped
• Supernova 1A merger due to two white dwarfs
• Supernova triggering star formation
• Tachyon Space-Time Diagrams and the Tollman Paradox
• Telescopes, Refraction and Reflection
• Telescopes, Resolution and Angular Size
• Telescopes: Focal Ratio and Plane, plus Telescope Types
• Telescopes: Focal ratio, plane and telescope types
• Telescopes: Refraction and Reflection
• Telescopes: Resolution and Angular Size
• Telescopes: the Tools of Astronomy
• The Amazing Truth About Spacetime Curvature!
• The Beauty of Spacetime Curvature: Exploring Metrics in Physics
• The Big Bang
• The Big Bang Theory: Expansion, Redshift, and Cosmological Models
• The Biggest Nuclear Reactor in the Solar System
• The Birthplaces of Stars: Exploring Giant Molecular Clouds
• The Bohr Model of the Atom
• The Celestial Sphere
• The Challenges to Newton’s Corpuscular Theory of Light
• The Core of the Sun
• The Core of the Sun
• The Core of the Sun
• The Cosmic Dance: Gamma Ray Bursts and the Formation of Black Holes!
• The Cosmic Distance Ladder
• The Cosmic Distance Ladder (take 2 with music)
• The Cosmic Microwave Background
• The Cosmological Zoo: Particles in the Universe
• The Dance of Stars: Understanding Parallax and Stellar Motion
• The Dawning of Astrophysics
• The Dawning of Astrophysics
• The Diverse Stellar Populations of Our Galaxy
• The Einstein Equivalance Principle
• The End of Newton's Theory of Light
• The End of the Universe: The Final Fate of Everything
• The Enormous Scale of Stars: Understanding Stellar Sizes
• The Evidence for Earth’s Motion: Parallax, Aberration, and Coriolis Effect
• The Evolution of High Mass Stars
• The Evolution of High Mass Stars
• The Expanding Universe: Redshift and the Big Bang Theory
• The First Three Minutes of the Universe
• The Four Forces
• The Future of Our Sun: From Main Sequence to Red Giant
• The Genius Behind the Discovery of Gravitational Waves
• The Genius of the Michelson-Morley Experiment and the Birth of Relativity
• The Great Cosmic Distance Debate: Mapping the Distance to Andromeda and Beyond
• The Great Relativistic Conundrum
• The Hertzsprung Russell Diagram
• The Hertzsprung-Russell Diagram
• The Hidden Mass: Dark Matter’s Influence on the Milky Way
• The Historical Understanding of Light
• The History of the Atom
• The History of the Theory of Light
• The Importance of Color in Astronomy: Measuring Stellar Properties
• The Incredible Story of Black Holes: Einstein, Schwarzschild, and Beyond
• The Interlocked History of Gravity, Astronomy, and Light
• The Interlocked History of Gravity, Astronomy, and Light
• The Journey from Geocentrism to Heliocentrism
• The Life and Death of Massive Stars
• The Life Cycle of our Sun: From Birth to White Dwarf
• The Life Cycle of our Sun: From Birth to White Dwarf
• The LoFi Voyage to Planet Pluto
• The Lorentz Transformation of Special Relativity
• The Martian LoFi Journey
• The Milky Way's Many Faces
• The Milky Way: Our Home Galaxy in the Cosmos
• The Motion of Planets and the Geocentric Model
• The Motion of Planets and the Geocentric Model
• The O Star Merger and Nebula HD 148937
• The Pale Blue Dot
• The Pound Rebka Experiment
• The Quest to Understand Light: The Ether and Its Disproval
• The Realm of the Galaxies
• The Realm of the Galaxies
• The Reason for the Seasons
• The Retrograde Motion of the Planets
• The Rise of Einstein's Special Relativity
• The Smoothness of the Cosmos: The Validity of the FLRW metric in Cosmology
• The Solar Neutrino Problem
• The Solar Neutrino Problem’s Genius Solution
• The Solar System: the Planets in Comparison and their Origins LoFi
• The Solution to Olbers' Paradox
• The Speed of Light and the Michelson Morley Experiment (bad audio)
• The Strong Equivalance Principle
• The Sun's Surface Appearance
• The Sun's Surface Appearance
• The Sun: Measuring and Understanding the Closest Star
• The Sun: Measuring and Understanding the Closest Star - version 1
• The Supermassive Black Hole at the Center of the Milky Way
• The Surface of the Sun
• The Universe’s Oldest Light: Exploring the Cosmic Microwave Background
• The Venusian Planetary LoFi Experience
• The Wave Properties of Light
• The Weak Equivalence Principle
• The Zoo of Galaxies
• Thought Experiments for the Einstein Equivalence Principle
• Time Dilation in General Relativity: Gravitational Tests and Space-Time Curvature
• Total Solar Eclipse April 8, 2024 as seen from the Sun
• Tour of the Universe
• Transporting Energy in the Sun
• Understanding Curvature: From Hypersurfaces to the Universe
• Understanding Distances in Astronomy Through Parallax
• Understanding Distances in Astronomy Through Parallax
• Understanding General Relativity: Gravity and Inertia
• Understanding Light and Wave Motion
• Understanding Lunar Eclipses: Types and Phases
• Understanding Lunar Eclipses: Types and Phases
• Understanding Planetary Motions and Retrograde Motion
• Understanding Planetary Motions and Retrograde Motion
• Understanding Redshift: The Key to Cosmic Expansion
• Understanding Relative Distances in Astronomy
• Understanding Relative Distances in Astronomy
• Understanding Space-Time: The Role of the FLRW Metric
• Understanding Special Relativity and Its Implications
• Understanding the Nature of Light: Faraday’s and Maxwell’s Contributions
• Understanding the Night Sky: Constellations and Asterisms
• Understanding the Night Sky: Constellations and Asterisms
• Understanding the Sun’s Motion and the Reason for Seasons
• Understanding the Sun’s Motion and the Reason for Seasons
• Understanding the Types of Solar Eclipses
• Understanding the Types of Solar Eclipses
• Unlocking the Secrets of Stellar Spectra
• Unveiling Quasars: The Power of Supermassive Black Holes
• Unveiling Supernovae: The Cataclysmic Death of Massive Stars
• Unveiling the Mysteries of Elliptical Galaxies!
• Vela Pulsar in Gamma Rays
• Video 33KCFiMROMs
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• Video _0Wd2Q7VGd4
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• Voyager Jupiter Blue Movie - LoFi
• Voyager's Pale Blue Dot
• Watching the 2017-08-21 Total Solar Eclipse
• Wave Motions Everywhere
• Welcome to Cosmology and its Fundamental Observations
• Welcome to Cosmology and its Fundamental Observations
• Welcome to Introductory Astronomy with Jason Kendall
• Welcome to Introductory Astronomy with Jason Kendall
• Welcome to my Channel!
• What are Lunar Eclipses?
• What are Lunar Eclipses?
• What are Solar Eclipses?
• What Are Solar Flares and Sunspots?
• What Causes the Seasons?
• What Causes the Tides?
• What is a Photon?
• What is Cosmology?
• What is Cosmology?
• What is the Cosmic Redshift?
• What is the Friedmann, Lemaitre, Robertson, Walker Metric?
• What Powers a Quasar?
• What's Going on Deep in the Core of the Sun?
• What's going on with my channel: 2023-11-19
• Where Does the Cosmic Microwave Background Come From?
• White Dwarfs and Degenerate Gases
• Why Do Galaxies have a Redshift Proportional to Distance?
• Why do Solar Eclipses Even Happen?
• Why do we see only one side of the Moon? #moon #lunarphases
• Why Does Cosmic Expansion Cause Redshift?
• Why is the Sun the Most Important Thing in the Solar System?
• Why the Moon Appears the Same Size as the Sun During an Eclipse
• Why We See Only One Side of the Moon and Understanding Lunar Phases
• Why We See Only One Side of the Moon and Understanding Lunar Phases
• Will Lambda-CDM Cosmology be replaced with Tired Light and Changing Constants?