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VisitWill Parker Solar Probe sustain no critical damage by December 27, 2024?
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NASA status updates or reports
NASA's Parker Solar Probe to Fly Within 3.8 Million Miles of Sun at 430,000 mph on Christmas Eve for Corona Study
Dec 22, 2024, 11:48 AM
NASA's Parker Solar Probe is set to achieve a historic milestone on December 24, 2024, by flying closer to the sun than any human-made object has before. The spacecraft will approach within 3.8 million miles (approximately 6.1 million kilometers) of the sun's surface, entering its corona to study solar wind and the corona's extreme temperatures. Traveling at a speed of 430,000 mph, the probe is equipped with a heat shield designed to withstand temperatures up to 2,500 degrees Fahrenheit. This mission aims to enhance our understanding of the sun's corona, which is significantly hotter than its surface, and the dynamics of solar wind, which can impact Earth's technology and environment. The probe will also provide insights into corona mass ejections and has utilized gravity-assist flybys, including several Venus flybys, to reach its current trajectory. The probe will be out of communication during its closest approach, with mission managers expecting to receive a status update on December 27. This mission coincides with the sun being at the maximum phase of its 11-year cycle.
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Significant new insights into solar corona • 25%
Confirmation of existing theories • 25%
Inconclusive data • 25%
Technical issues prevented data collection • 25%
Successful approach and data collection • 25%
Successful approach, no data collected • 25%
Unsuccessful approach • 25%
No confirmation received • 25%
New insights on solar wind origins • 25%
No significant new information • 25%
Confirms previous solar wind models • 25%
Data not yet analyzed • 25%
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430,000 mph or more • 25%
Between 420,000 and 429,999 mph • 25%
Between 410,000 and 419,999 mph • 25%
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High public interest and excitement • 25%
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Low public interest • 25%
Negative reaction due to issues • 25%
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Yes • 50%
Minimal impact on solar cycle understanding • 25%
Significant impact on solar cycle understanding • 25%
No impact on solar cycle understanding • 25%
Moderate impact on solar cycle understanding • 25%
Other technical challenges • 25%
Navigation or trajectory deviations • 25%
Heat shield performance issues • 25%
Communication blackout • 25%