In The Grand Tour of Voyager 1, Professor Brian Cox discusses how the Voyager 1 spacecraft, launched in 1977, continues to send signals back to Earth from its journey to the outer reaches of our Solar System. Learn about the groundbreaking space exploration efforts of the Voyager missions, especially its role in mapping the solar wind’s reach and helping scientists understand the auroras occurring on distant planets like Jupiter and Saturn. Using images from the Hubble Space Telescope and data from Voyager 1, scientists are unraveling the mysteries of the Solar System's farthest edges.
In Challenges and Triumphs of Reaching the Red Planet, Dr. Adam Steltzner and his team work to solve the challenges of landing spacecraft on Mars, especially when dealing with heavier crewed flights. Learn how innovative approaches, such as using retropropulsion and landing sideways, may address these issues. This video is excerpted from BBC’s The Big Thinkers, Should We Go to Mars?, where Dr Kevin Fong explores the complex scientific and technological hurdles of space exploration.
In Discovering a New Planet, Professor Stephane Udry is part of a team that developed a detector to search for life-bearing planets. While observing a distant star, they detected its light "wobbling," which indicated the presence of a massive planet — the first exoplanet discovered outside our Solar System. This video is excerpted from BBC's Earth: The Power of the Planet, a documentary that explores the fascinating geology on planet Earth.
In Neil Armstrong's Giant Leap, host Dermot O'Leary explores the incredible journey to the Moon made by Neil Armstrong. Against the backdrop of the Cold War and an arms race that propelled space exploration, Armstrong's historic lunar landing reshaped humanity's perspective of our place in the Universe. This video is excerpted from BBC’s Icons: The Greatest Person of the 20th Century, a documentary series celebrating the achievements of the most influential figures of the era.
In Searching for Life in Our Universe Using Math, scientists explore how math can be used to estimate the number of intelligent civilizations in our galaxy. Learn about Frank Drake's famous equation, which considers factors such as the rate of star formation, the number of stars with planets, and the potential for life on those planets. Despite the vastness of the Universe, the equation relies on factors that are still largely unknown, making the search for intelligent life a complex and ongoing challenge.
In Uncovering the Sun’s Most Magnetic Secrets, narrator Richard Hammond explains how the Sun gives us warmth and light, but up close, it's a raging fireball that can unleash powerful solar storms, disrupting electricity and communication on Earth. To understand these storms, scientists launched the world’s most powerful solar telescope using a helium balloon and sending it 23 miles into the sky. This video is excerpted from BBC’s Invisible Worlds, which uncovers the hidden forces and unseen phenomena shaping our world.
In The Global Race to Discover New Worlds, learn how the Kepler telescope, launched in 2009, revolutionized the search for exoplanets by detecting a “wink” of light when a planet passes in front of its star. Despite the challenges of detecting distant planets, scientists work together, competing to be the first to discover intelligent life on another planet.
In The Heart and Lungs of the World, host Radzi Chinyanganya explains how the Amazon rainforest plays a critical role in regulating the Earth's climate by recycling water from the trees into the atmosphere. The Amazon takes in and pumps out water, which creates moisture that forms clouds and produces rain. With 400 billion trees cycling water, this process significantly influences global weather patterns, including rainfall in regions far from the rainforest itself, such as the United States’ Midwest. This video is excerpted from BBC’s My World, a program created for teenagers eager to learn more about the important stories shaping our world.
In The Grand Tour of Voyager 1, Professor Brian Cox discusses how the Voyager 1 spacecraft, launched in 1977, continues to send signals back to Earth from its journey to the outer reaches of our Solar System. Learn about the groundbreaking space exploration efforts of the Voyager missions, especially its role in mapping the solar wind’s reach and helping scientists understand the auroras occurring on distant planets like Jupiter and Saturn. Using images from the Hubble Space Telescope and data from Voyager 1, scientists are unraveling the mysteries of the Solar System's farthest edges.
In Challenges and Triumphs of Reaching the Red Planet, Dr. Adam Steltzner and his team work to solve the challenges of landing spacecraft on Mars, especially when dealing with heavier crewed flights. Learn how innovative approaches, such as using retropropulsion and landing sideways, may address these issues. This video is excerpted from BBC’s The Big Thinkers, Should We Go to Mars?, where Dr Kevin Fong explores the complex scientific and technological hurdles of space exploration.
In Discovering a New Planet, Professor Stephane Udry is part of a team that developed a detector to search for life-bearing planets. While observing a distant star, they detected its light "wobbling," which indicated the presence of a massive planet — the first exoplanet discovered outside our Solar System. This video is excerpted from BBC's Earth: The Power of the Planet, a documentary that explores the fascinating geology on planet Earth.
In Neil Armstrong's Giant Leap, host Dermot O'Leary explores the incredible journey to the Moon made by Neil Armstrong. Against the backdrop of the Cold War and an arms race that propelled space exploration, Armstrong's historic lunar landing reshaped humanity's perspective of our place in the Universe. This video is excerpted from BBC’s Icons: The Greatest Person of the 20th Century, a documentary series celebrating the achievements of the most influential figures of the era.
In Searching for Life in Our Universe Using Math, scientists explore how math can be used to estimate the number of intelligent civilizations in our galaxy. Learn about Frank Drake's famous equation, which considers factors such as the rate of star formation, the number of stars with planets, and the potential for life on those planets. Despite the vastness of the Universe, the equation relies on factors that are still largely unknown, making the search for intelligent life a complex and ongoing challenge.
In Uncovering the Sun’s Most Magnetic Secrets, narrator Richard Hammond explains how the Sun gives us warmth and light, but up close, it's a raging fireball that can unleash powerful solar storms, disrupting electricity and communication on Earth. To understand these storms, scientists launched the world’s most powerful solar telescope using a helium balloon and sending it 23 miles into the sky. This video is excerpted from BBC’s Invisible Worlds, which uncovers the hidden forces and unseen phenomena shaping our world.
In The Global Race to Discover New Worlds, learn how the Kepler telescope, launched in 2009, revolutionized the search for exoplanets by detecting a “wink” of light when a planet passes in front of its star. Despite the challenges of detecting distant planets, scientists work together, competing to be the first to discover intelligent life on another planet.
In The Heart and Lungs of the World, host Radzi Chinyanganya explains how the Amazon rainforest plays a critical role in regulating the Earth's climate by recycling water from the trees into the atmosphere. The Amazon takes in and pumps out water, which creates moisture that forms clouds and produces rain. With 400 billion trees cycling water, this process significantly influences global weather patterns, including rainfall in regions far from the rainforest itself, such as the United States’ Midwest. This video is excerpted from BBC’s My World, a program created for teenagers eager to learn more about the important stories shaping our world.