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A visualisation of a coronal mass ejection. Mathematicians at the University of Sheffield have explored the reliability and limitations of the state-of-the-art artificial intelligence techniques in…
Optional Metadata - Department
Mathematics and Statistics Optional - DOI Reference
10.1038/s41550-021-01310-6
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If we want solar power in the future, we need to tackle some of its key challenges - and here's how we're doing that with PV Live at the University of Sheffield. MSc Solar Cell Technology:…
Optional Metadata - Department
Faculty of Science
Physics and Astronomy
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The Sun’s largest solar flare in more than 12 years – and the eighth largest since modern records began in 1996 – has been captured in high detail by a team of researchers from the…
Optional Metadata - Department
Faculty of Science
Physics and Astronomy
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Watch members of the Project Sunbyte student team describe how the telescope works. Find out the differences between Sunbyte and a ground-based telescope, discover how Sunbyte is able to track the…
Optional Metadata - Department
Faculty of Engineering
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The Sheffield University Nova Balloon Lifted Solar Telescope (SunbYte) is a high-altitude balloon experiment devised and run largely by students at the University of Sheffield. Watch to find out a…
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Video showing Slices for Vz (m/s), Velocity Vectors and 2,000,000K isosurface for a Normal mode, p-mode Driver Period 307s, Mode 0,1
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Video showing Slices for Vz (m/s), Velocity Vectors and 2,000,000K
isosurface for a Normal mode, p-mode Driver Period 282s, Mode 0,0
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Video showing Slices for Vz (m/s), Velocity Vectors and 2,000,000K
isosurface for a Normal mode, p-mode Driver Period 205s, Mode 0,2
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Video showing Slices for Vz (m/s), Velocity Vectors and 2,000,000K isosurface for a Normal mode, p-mode Driver Period 200s, Mode 0,1
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Video showing Slices for Vz (m/s), Velocity Vectors and 2,000,000K
isosurface for a Normal mode, p-mode Driver Period 179s, Mode 0,0
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Video showing Slices for Vz (m/s), Velocity Vectors and 2,000,000K
isosurface for a Normal mode, p-mode Driver Period 153s, Mode 0,3
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Video showing Slices for Vz (m/s), Velocity Vectors and 2,000,000K isosurface for a Normal mode, p-mode Driver Period 133s, Mode 0,2
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Video showing Slices for Vz (m/s), Velocity Vectors and 2,000,000K isosurface for a Normal mode, p-mode Driver Period 127s, Mode 0,1
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Video showing Slices for Vz (m/s), Velocity Vectors and 2,000,000K isosurface for a Normal mode, p-mode Driver Period 100s, Mode 0,3
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Video showing Slices for Vz (m/s), Velocity
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Period 84s, Mode 0,2
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Video showing Slices for Vz (m/s), Velocity
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Period 63s, Mode 0,3
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