Module 8: From the Universe to the Atom

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Classic View

Origins of the Elements

Structure of the Atom

Quantum Mechanical Nature of the Atom

Properties of the Nucleus

Deep inside the Atom

Extension

Origins of the Elements

EXPLORING THE UNIVERSE

Gravity in Space

Dr Pete Edwards, Durham University

EXPLORING THE UNIVERSE

What’s Out There?

Dr Pete Edwards, Durham University

EXPLORING THE UNIVERSE

Models of the Universe

Dr Pete Edwards, Durham University

EXPLORING THE UNIVERSE

The Life Cycle of Stars

Dr Pete Edwards, Durham University

SOLAR AND SPACE PHYSICS

Nuclear Reactions on the Sun

Prof. Louise Harra, ETH Zürich

SOLAR AND SPACE PHYSICS

Magnetism

Prof. Louise Harra, ETH Zürich

SOLAR AND SPACE PHYSICS

Orbits of Spacecraft that Observe the Sun

Prof. Louise Harra, ETH Zürich

SOLAR AND SPACE PHYSICS

Space Weather

Prof. Louise Harra, ETH Zürich

SOLAR AND SPACE PHYSICS

Benefits of Space Exploration

Prof. Louise Harra, ETH Zürich

SOLAR AND SPACE PHYSICS

Careers in Space

Prof. Louise Harra, ETH Zürich

Structure of the Atom

BUILDING BLOCKS OF THE UNIVERSE

Atoms and the Periodic Table

Prof. David Berman, QMUL

PROPERTIES OF MATTER

Atomic Structure

Dr Janet Lovett, University of St Andrews

PROPERTIES OF MATTER

The Discovery of the Electron

Dr Janet Lovett, University of St Andrews

Quantum Mechanical Nature of the Atom

THE INTERSECTION OF MATHEMATICS AND PHYSICS

Quantum Mechanics

Dr Graham Farmelo, University of Cambridge

Properties of the Nucleus

PROPERTIES OF MATTER

Nuclear Physics

Dr Janet Lovett, University of St Andrews

Deep inside the Atom

BUILDING BLOCKS OF THE UNIVERSE

Atoms and the Periodic Table

Prof. David Berman, QMUL

BUILDING BLOCKS OF THE UNIVERSE

The Antiparticle and Units of Mass and Charge

Prof. David Berman, QMUL

BUILDING BLOCKS OF THE UNIVERSE

The Standard Model

Prof. David Berman, QMUL

BUILDING BLOCKS OF THE UNIVERSE

Particle Physics Experiments

Prof. David Berman, QMUL

BUILDING BLOCKS OF THE UNIVERSE

Dark Matter and String Theory

Prof. David Berman, QMUL

SEARCHING FOR SUPERSYMMETRY

Particle Physics: The Basics

Prof. Tina Potter, University of Cambridge

SEARCHING FOR SUPERSYMMETRY

Dark Matter and Supersymmetry

Prof. Tina Potter, University of Cambridge

SEARCHING FOR SUPERSYMMETRY

The Large Hadron Collider

Prof. Tina Potter, University of Cambridge

SEARCHING FOR SUPERSYMMETRY

Searching for Supersymmetry

Prof. Tina Potter, University of Cambridge

SEARCHING FOR SUPERSYMMETRY

The Future of the Large Hadron Collider Program

Prof. Tina Potter, University of Cambridge

Extension

USING GRAVITATIONAL WAVES TO MEASURE THE EXPANSION OF THE UNIVERSE

Detecting Gravitational Waves

Prof. Martin Hendry, Glasgow University

USING GRAVITATIONAL WAVES TO MEASURE THE EXPANSION OF THE UNIVERSE

Finding the Expansion Rate of the Universe

Prof. Martin Hendry, Glasgow University

USING GRAVITATIONAL WAVES TO MEASURE THE EXPANSION OF THE UNIVERSE

How Gravitational Waves Can Help Us Find the Expansion Rate of the Universe

Prof. Martin Hendry, Glasgow University

USING GRAVITATIONAL WAVES TO MEASURE THE EXPANSION OF THE UNIVERSE

Using GW170817 to Measure the Expansion Rate of the Universe

Prof. Martin Hendry, Glasgow University

USING GRAVITATIONAL WAVES TO MEASURE THE EXPANSION OF THE UNIVERSE

Notable Gravitational Wave Detections

Prof. Martin Hendry, Glasgow University

TESTING GRAVITY

Gravity Throughout Time

Prof. Jens Gundlach, University of Washington

TESTING GRAVITY

The Modern Theory of Gravity: General Relativity

Prof. Jens Gundlach, University of Washington

TESTING GRAVITY

The Big Picture of Physics and the Four Fundamental Forces

Prof. Jens Gundlach, University of Washington

TESTING GRAVITY

Testing the Universality of Free Fall

Prof. Jens Gundlach, University of Washington

TESTING GRAVITY

Measuring the Gravitational Constant

Prof. Jens Gundlach, University of Washington

ATOMIC CLOCKS

Traditional and Modern Methods of Navigation

Prof. David Wineland, University of Oregon

ATOMIC CLOCKS

How to Use Atomic Oscillators to Make Clocks

Prof. David Wineland, University of Oregon

ATOMIC CLOCKS

How to Trap Atoms and Detect Atomic Transitions

Prof. David Wineland, University of Oregon

ATOMIC CLOCKS

Frequency Shifts, Relativity, and the Future of Atomic Clocks

Prof. David Wineland, University of Oregon