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Friday 11 September 2026 12:29:45 GMT
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Concorde edit | request by:@anjay123 || explanation:The Concorde Chasing a Solar Eclipse On June 30, 1973, a very unusual scientific mission took place involving the Concorde 001, the prototype of the famous supersonic passenger aircraft. Scientists used the aircraft to observe a total solar eclipse while flying at supersonic speed over Africa. During a total solar eclipse, the Moon passes directly between the Earth and the Sun, blocking the Sun's bright surface. This creates a dark shadow that moves rapidly across the Earth's surface. From any single location, the total eclipse usually lasts only a few minutes. The scientists realized that the Concorde could solve this problem. Because the aircraft could fly at approximately Mach 2, or more than 2,000 kilometers per hour, it could fly in the same general direction as the Moon's shadow. Instead of staying in one place and allowing the shadow to quickly pass over them, the Concorde could follow the shadow. The Concorde 001 took off from Las Palmas in the Canary Islands and flew toward Africa. It reached an altitude of roughly 58,000 feet (17,700 meters) and traveled at supersonic speed. Scientists and astronomers on board used special instruments to study the Sun's corona, the extremely hot outer atmosphere of the Sun. The most impressive part was the amount of time they could observe totality. People watching the eclipse from the ground could experience totality for only several minutes, but the Concorde was able to remain inside the Moon's shadow for approximately 74 minutes. The aircraft did not actually make the eclipse last longer. Instead, it was constantly moving along with the shadow, allowing the scientists to remain inside the region of total darkness for much longer than someone standing on the ground. This mission showed how an aircraft could be used as a mobile scientific observatory. It was an incredible combination of astronomy and aviation: the Moon provided the eclipse, while the Concorde's extraordinary speed allowed scientists to chase it across the sky.
Concorde edit | request by:@anjay123 || explanation:The Concorde Chasing a Solar Eclipse On June 30, 1973, a very unusual scientific mission took place involving the Concorde 001, the prototype of the famous supersonic passenger aircraft. Scientists used the aircraft to observe a total solar eclipse while flying at supersonic speed over Africa. During a total solar eclipse, the Moon passes directly between the Earth and the Sun, blocking the Sun's bright surface. This creates a dark shadow that moves rapidly across the Earth's surface. From any single location, the total eclipse usually lasts only a few minutes. The scientists realized that the Concorde could solve this problem. Because the aircraft could fly at approximately Mach 2, or more than 2,000 kilometers per hour, it could fly in the same general direction as the Moon's shadow. Instead of staying in one place and allowing the shadow to quickly pass over them, the Concorde could follow the shadow. The Concorde 001 took off from Las Palmas in the Canary Islands and flew toward Africa. It reached an altitude of roughly 58,000 feet (17,700 meters) and traveled at supersonic speed. Scientists and astronomers on board used special instruments to study the Sun's corona, the extremely hot outer atmosphere of the Sun. The most impressive part was the amount of time they could observe totality. People watching the eclipse from the ground could experience totality for only several minutes, but the Concorde was able to remain inside the Moon's shadow for approximately 74 minutes. The aircraft did not actually make the eclipse last longer. Instead, it was constantly moving along with the shadow, allowing the scientists to remain inside the region of total darkness for much longer than someone standing on the ground. This mission showed how an aircraft could be used as a mobile scientific observatory. It was an incredible combination of astronomy and aviation: the Moon provided the eclipse, while the Concorde's extraordinary speed allowed scientists to chase it across the sky.
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