#cernsciencegateway

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CERN Science Gateway opens today🎈 Here, you’ll find immersive exhibitions, hands-on educational activities, and the chance to engage with the discoveries, science, and technologies of CERN. We’re excited to welcome you all. #CERNScienceGateway

CERN Science Gateway opens today🎈 Here, you’ll find immersive exhibitions, hands-on educational activities, and the chance to engage with the discoveries, science, and technologies of CERN. We’re excited to welcome you all. #CERNScienceGateway

142,037 次观看 • 2 年前

Here we see a sneak peek of a demonstration included in the science shows presented to #CERNScienceGateway visitors. In the video, we see a superconducting train advancing on tracks made of magnets. The train contains a disc made from a special ceramic called YBCO. By pouring liquid nitrogen on the disc, we cool it down to almost -196°C. At this temperature, the YBCO disc enters a superconducting state, changing its properties considerably. This phenomenon is called the flux-pinning effect – the disc gets “stuck” in the tracks’ magnetic field, causing the train to levitate and allowing it to move along the axis of the tracks. Join us at #CERNScienceGateway to learn more about how superconductors are used at CERN:

Here we see a sneak peek of a demonstration included in the science shows presented to #CERNScienceGateway visitors. In the video, we see a superconducting train advancing on tracks made of magnets. The train contains a disc made from a special ceramic called YBCO. By pouring liquid nitrogen on the disc, we cool it down to almost -196°C. At this temperature, the YBCO disc enters a superconducting state, changing its properties considerably. This phenomenon is called the flux-pinning effect – the disc gets “stuck” in the tracks’ magnetic field, causing the train to levitate and allowing it to move along the axis of the tracks. Join us at #CERNScienceGateway to learn more about how superconductors are used at CERN:

51,896 次观看 • 2 年前

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