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The Parker Solar Probe, a mission by NASA, is set to make its closest approach to the Sun on Christmas Eve, December 24, 2024. This milestone flyby is expected to occur at precisely 6:53 a.m. EST, as reported by multiple sources. The spacecraft will reach an unprecedented proximity of 6.1 million kilometers from the Sun’s surface, marking the 22nd close encounter of its mission. This approach represents a record-breaking moment in space exploration, achieved through seven Venus flybys that incrementally brought the probe closer to the Sun.

Details of the Flyby

According to mission updates from NASA and the Johns Hopkins Applied Physics Laboratory (JHUAPL), the Parker Solar Probe will travel at a staggering speed of 692,000 kilometers per hour during its journey through the Sun’s outer atmosphere, or corona. This high-speed encounter aims to shed light on the corona’s extreme temperatures and its role in solar wind generation. The probe’s heat shield, built to endure temperatures up to 1,377 degrees Celsius, will ensure the spacecraft remains operational as it navigates the intense environment.

Updates and Tracking

While the event itself will not be broadcast live, updates will be provided through NASA’s official channels and the Parker Solar Probe mission blog. A status check from the spacecraft is expected on December 27, followed by the first telemetry data on January 1, 2025. The initial scientific findings, including data on solar activity, are anticipated by late January.

What Comes Next

This flyby is part of the probe’s seven-year mission, concluding in 2025 after a total of 24 solar encounters. Subsequent flybys in March and June 2025 will continue to gather valuable data, with decisions about the probe’s orbit to be made thereafter, as per the mission team’s updates.

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Canadian Startup Qubic Unveils Cryogenic Amplifier That Could Transform Quantum Computing

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Qubic Technologies has developed a cryogenic amplifier that slashes heat emissions in quantum computers by 10,000 times. Expected to launch in 2026, the breakthrough could shrink cooling demands, reduce costs, and boost system efficiency. Experts suggest it may help overcome barriers to scalability, pushing quantum machines closer to commercial deployment.

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NASA Restores Contact With TRACERS Spacecraft SV1 After Communication Loss

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NASA has successfully reconnected with the TRACERS spacecraft after a period of silence. The team is assessing onboard systems and working on recovery to resume science operations. While progress is being made, full restoration will take time, with updates to follow via NASA’s TRACERS blog.

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James Webb Space Telescope Spots Rare Protostar Blasting Twin Jets Across Milky Way

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NASA’s James Webb Space Telescope has captured a rare protostar about ten times the Sun’s mass blasting twin jets nearly eight light-years long. The beams carve through the glowing Sharpless 2-284 nebula, offering astronomers a vivid glimpse into how massive stars form and shape their galactic environment.

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