Hubblecast SD show

Hubblecast SD

Summary: The latest news about astronomy, space and the NASA/ESA Hubble Space Telescope presented in High Definition is only for devices that play High Definition video (not iPhone or iPod). To watch the Hubblecast on your iPod and/or iPhone, please download the Standard Definition version also available on iTunes.

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Podcasts:

 Hubblecast 119: Hubble’s 29th anniversary | File Type: video/x-m4v | Duration: 365

Hubblecast 119: Hubble’s 29th anniversary

 Hubblecast 118: How the first stars transformed the Universe | File Type: video/x-m4v | Duration: 311

Hubblecast 118: How the first stars transformed the Universe

 Hubblecast 118: How the first stars transformed the Universe | File Type: video/x-m4v | Duration: 311

Hubblecast 118: How the first stars transformed the Universe

 Hubblecast 117 Light: Hubble & Gaia weigh the Milky Way | File Type: video/x-m4v | Duration: 78

Hubblecast 117 Light: Hubble & Gaia weigh the Milky Way

 Hubblecast 117 Light: Hubble & Gaia weigh the Milky Way | File Type: video/x-m4v | Duration: 78

Hubblecast 117 Light: Hubble & Gaia weigh the Milky Way

 Hubblecast 117 Light: Hubble & Gaia weigh the Milky Way | File Type: video/x-m4v | Duration: 78

Hubblecast 117 Light: Hubble & Gaia weigh the Milky Way

 Hubblecast 116: Henrietta Leavitt — ahead of her time | File Type: video/x-m4v | Duration: 273

Born in 1868, Henrietta Leavitt was an astronomer ahead of her time, whose work helped to revolutionise our understanding of the Universe. While working at Harvard Observatory, she began to study stars of fluctuating brightness. She made a crucial observation about these objects, which gave astronomers a new way to measure distances, ultimately leading to such impactful discoveries as the expansion of the Universe.

 Hubblecast 116: Henrietta Leavitt — ahead of her time | File Type: video/x-m4v | Duration: 273

Born in 1868, Henrietta Leavitt was an astronomer ahead of her time, whose work helped to revolutionise our understanding of the Universe. While working at Harvard Observatory, she began to study stars of fluctuating brightness. She made a crucial observation about these objects, which gave astronomers a new way to measure distances, ultimately leading to such impactful discoveries as the expansion of the Universe.

 Hubblecast 116: Henrietta Leavitt — ahead of her time | File Type: video/x-m4v | Duration: 273

Born in 1868, Henrietta Leavitt was an astronomer ahead of her time, whose work helped to revolutionise our understanding of the Universe. While working at Harvard Observatory, she began to study stars of fluctuating brightness. She made a crucial observation about these objects, which gave astronomers a new way to measure distances, ultimately leading to such impactful discoveries as the expansion of the Universe.

 Hubblecast 115 Light: Triangulum Galaxy in unrivalled detail | File Type: video/x-m4v | Duration: 81

Hubblecast 115 Light: Triangulum Galaxy in unrivalled detail

 Hubblecast 115 Light: Triangulum Galaxy in unrivalled detail | File Type: video/x-m4v | Duration: 81

Hubblecast 115 Light: Triangulum Galaxy in unrivalled detail

 Hubblecast 115 Light: Triangulum Galaxy in unrivalled detail | File Type: video/x-m4v | Duration: 81

Hubblecast 115 Light: Triangulum Galaxy in unrivalled detail

 Hubblecast 114: How does Hubble orientate itself in space? | File Type: video/x-m4v | Duration: 260

This new Hubblecast episode takes a detailed look into the refined Pointing Control System that allows Hubble to keep its gaze into the Universe firm and steady.

 Hubblecast 114: How does Hubble orientate itself in space? | File Type: video/x-m4v | Duration: 260

This new Hubblecast episode takes a detailed look into the refined Pointing Control System that allows Hubble to keep its gaze into the Universe firm and steady.

 Hubblecast 114: How does Hubble orientate itself in space? | File Type: video/x-m4v | Duration: 260

This new Hubblecast episode takes a detailed look into the refined Pointing Control System that allows Hubble to keep its gaze into the Universe firm and steady.

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