Latest news with #ParkerSolarProbe
Yahoo
6 days ago
- Science
- Yahoo
NASA Just Captured the Closest Images of the Sun Ever, from Inside Its Atmosphere
If you want to capture the majesty of the Sun, you should probably ask an artist, but if you want to capture its raw power, that's a job for a robot. While generations of artists have painted or photographed sunsets and poets have written sonnets to the Sun, NASA's Parker Solar Probe (PSP) just sent back the closest solar snapshots of all time. While our planet sits a cozy 93 million miles away from the fusion inferno of our star, Parker gets as close as 3.8 million miles, close enough to get inside the Sun's sweltering and chaotic atmosphere. The images put us inside the solar wind, electrically charged solar particles which race across the solar system at more than a million miles an hour. For More on the Sun Parker Solar Probe snaps closest images of the Sun ever taken SYFY's The Ark follows the crew of an interstellar spacecraft on a multi-light-year journey to the star next door. In the real world, NASA's Parker Solar Probe is doing the next best thing, having traveled 90 million miles from home to get up close and personal with the Sun. In addition to being infinitely cool, the data sent back by PSP helps scientists better understand space weather, including powerful coronal mass ejections (CMEs) which have the potential to damage spacecraft and Earth's electrical and communications systems. The probe was launched aboard a Delta IV rocket in 2018 and has been on a spiraling path, winding its way closer to the Sun ever since. It began its most recent approach in December of 2024 and completed its most recent flyby of the Sun from June 14 to June 24, 2025. It was the probe's 24th pass of the Sun and the third to reach an altitude of just 3.8 million miles. 'Parker Solar Probe has once again transported us into the dynamic atmosphere of our closest star,' said Nicky Fox, associate administrator, Science Mission Directorate at NASA Headquarters in Washington, in a statement. 'We are witnessing where space weather threats to Earth begin, with our eyes, not just with models. This new data will help us vastly improve our space weather predictions to ensure the safety of our astronauts and the protection of our technology here on Earth and throughout the solar system.' Parker measures the environment around the Sun with an array of instruments. SWEAP, short for Solar Winds Electrons Alphas and Protons investigation, studies the characteristics of particles in the solar wind, while WISPR (Wide-Field Imager for Solar Probe) captures images in visible light. WISPR takes images of solar particles just as they're leaving the Sun and the new images showcase the interaction of multiple outflows. You can also see the place where three CMEs collide, forming a perfect storm in space, 90 million miles away. Scientists are hoping these images will help us to better understand and defend against CMEs in the future. When multiple coronal mass ejections pop off at the same time, it makes them harder to predict, can complicate their magnetic properties, and can accelerate charged particles, making them even more dangerous if they happen to come our way. 'In these images, we're seeing the CMEs basically piling up on top of one another,' said Angelos Vourlidas, the WISPR instrument scientist at the Johns Hopkins Applied Physics Laboratory, which designed, built, and operates the spacecraft in Laurel, Maryland. 'We're using this to figure out how the CMEs merge together, which can be important for space weather.' The future of the Parker Solar Probe is uncertain This was the 24th and final approach of Parker's planned primary mission. Its job is done, but it can't come home. As of June 22, 2025, when the probe checked in with the team at Johns Hopkins Applied Physics Lab, all systems were operational and healthy, so it can still do plenty of useful science. For now, Parker will remain in orbit and continue making observations, while the folks at NASA figure out where they want to go from here. 'Parker Solar Probe remains in excellent health, with both the spacecraft and its instruments ready to continue their groundbreaking mission,' said Arik Posner, Parker Solar Probe program scientist at NASA Headquarters in Washington. 'The spacecraft will keep exploring the solar atmosphere as the Sun enters the declining phase of its 11-year cycle, providing a unique opportunity to study how solar activity evolves and shapes the heliosphere during this pivotal period.' While we're waiting to see what's next for NASA's PSP, check out The Ark, . Solve the daily Crossword
Observer
16-07-2025
- Science
- Observer
Skimming the Sun, probe sheds light on weather threats
Eruptions of plasma piling atop one another, solar wind streaming out in exquisite detail — the closest-ever images of our Sun are a gold mine for scientists. Captured by the Parker Solar Probe during its closest approach to our star starting on December 24, 2024, the images were recently released by Nasa and are expected to deepen our understanding of space weather and help guard against solar threats to Earth. "We have been waiting for this moment since the late Fifties," Nour Rawafi, project scientist for the mission at the Johns Hopkins Applied Physics Laboratory, said. Previous spacecraft have studied the Sun, but from much farther away. Parker was launched in 2018 and is named after the late physicist Eugene Parker, who in 1958 theorised the existence of the solar wind — a constant stream of electrically charged particles that fan out through the solar system. The probe recently entered its final orbit where its closest approach takes it to just 3.8 million miles from the Sun's surface — a milestone first achieved on Christmas Eve 2024 and repeated twice since on an 88-day cycle. To put the proximity in perspective: if the distance between Earth and the Sun measured one foot, Parker would be hovering just half an inch away. Its heat shield was engineered to withstand up to 2,500 degrees Fahrenheit (1,370 degrees Celsius) — but to the team's delight, it has only experienced around 2,000F (1090C) so far, revealing the limits of theoretical modelling. Remarkably, the probe's instruments, just a yard behind the shield, remain at little more than room temperature. The spacecraft carries a single imager, the Wide-Field Imager for Solar Probe (WISPR), which captured data as Parker plunged through the Sun's corona, or outer atmosphere. Stitched into a seconds-long video, the new images reveal coronal mass ejections (CMEs) — massive bursts of charged particles that drive space weather — in high resolution for the first time. "We had multiple CMEs piling up on top of each other, which is what makes them so special," Rawafi said. "It's really amazing to see that dynamic happening there." Such eruptions triggered the widespread auroras seen across much of the world last May, as the Sun reached the peak of its 11-year cycle. Another striking feature is how the solar wind, flowing from the left of the image, traces a structure called the heliospheric current sheet: an invisible boundary where the Sun's magnetic field flips from north to south. It extends through the solar system in the shape of a twirling skirt and is critical to study, as it governs how solar eruptions propagate and how strongly they can affect Earth. Space weather can have serious consequences, such as overwhelming power grids, disrupting communications and threatening satellites. As thousands more satellites enter orbit in the coming years, tracking them and avoiding collisions will become increasingly difficult — especially during solar disturbances, which can cause spacecraft to drift slightly from their intended orbits. Rawafi is particularly excited about what lies ahead, as the Sun heads towards the minimum of its cycle, expected in five to six years. Historically, some of the most extreme space weather events have occurred during this declining phase — including the infamous Halloween Solar Storms of 2003, which forced astronauts aboard the International Space Station to shelter in a more shielded area. "Capturing some of these big, huge eruptions... would be a dream," he said. Parker still has far more fuel than engineers initially expected and could continue operating for decades — until its solar panels degrade to the point where they can no longer generate enough power to keep the spacecraft properly oriented. When its mission does finally end, the probe will slowly disintegrate — becoming, in Rawafi's words, "part of the solar wind itself."
Yahoo
16-07-2025
- Science
- Yahoo
Skimming the Sun, probe sheds light on space weather threats
Eruptions of plasma piling atop one another, solar wind streaming out in exquisite detail -- the closest-ever images of our Sun are a gold mine for scientists. Captured by the Parker Solar Probe during its closest approach to our star starting on December 24, 2024, the images were recently released by NASA and are expected to deepen our understanding of space weather and help guard against solar threats to Earth. - A historic achievement – "We have been waiting for this moment since the late Fifties," Nour Rawafi, project scientist for the mission at the Johns Hopkins Applied Physics Laboratory, told AFP. Previous spacecraft have studied the Sun, but from much farther away. Parker was launched in 2018 and is named after the late physicist Eugene Parker, who in 1958 theorized the existence of the solar wind -- a constant stream of electrically charged particles that fan out through the solar system. The probe recently entered its final orbit where its closest approach takes it to just 3.8 million miles from the Sun's surface -- a milestone first achieved on Christmas Eve 2024 and repeated twice since on an 88-day cycle. To put the proximity in perspective: if the distance between Earth and the Sun measured one foot, Parker would be hovering just half an inch away. Its heat shield was engineered to withstand up to 2,500 degrees Fahrenheit (1,370 degrees Celsius) -- but to the team's delight, it has only experienced around 2,000F (1090C) so far, revealing the limits of theoretical modeling. Remarkably, the probe's instruments, just a yard (meter) behind the shield, remain at little more than room temperature. - Staring at the Sun – The spacecraft carries a single imager, the Wide-Field Imager for Solar Probe (WISPR), which captured data as Parker plunged through the Sun's corona, or outer atmosphere. Stitched into a seconds-long video, the new images reveal coronal mass ejections (CMEs) -- massive bursts of charged particles that drive space weather -- in high resolution for the first time. "We had multiple CMEs piling up on top of each other, which is what makes them so special," Rawafi said. "It's really amazing to see that dynamic happening there." Such eruptions triggered the widespread auroras seen across much of the world last May, as the Sun reached the peak of its 11-year cycle. Another striking feature is how the solar wind, flowing from the left of the image, traces a structure called the heliospheric current sheet: an invisible boundary where the Sun's magnetic field flips from north to south. It extends through the solar system in the shape of a twirling skirt and is critical to study, as it governs how solar eruptions propagate and how strongly they can affect Earth. - Why it matters – Space weather can have serious consequences, such as overwhelming power grids, disrupting communications, and threatening satellites. As thousands more satellites enter orbit in the coming years, tracking them and avoiding collisions will become increasingly difficult -- especially during solar disturbances, which can cause spacecraft to drift slightly from their intended orbits. Rawafi is particularly excited about what lies ahead, as the Sun heads toward the minimum of its cycle, expected in five to six years. Historically, some of the most extreme space weather events have occurred during this declining phase -- including the infamous Halloween Solar Storms of 2003, which forced astronauts aboard the International Space Station to shelter in a more shielded area. "Capturing some of these big, huge be a dream," he said. Parker still has far more fuel than engineers initially expected and could continue operating for decades -- until its solar panels degrade to the point where they can no longer generate enough power to keep the spacecraft properly oriented. When its mission does finally end, the probe will slowly disintegrate -- becoming, in Rawafi's words, "part of the solar wind itself." ia/jgc
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GMA Network
16-07-2025
- Science
- GMA Network
Skimming the Sun, probe sheds light on space weather threats
WASHINGTON, United States - Eruptions of plasma piling atop one another, solar wind streaming out in exquisite detail -- the closest-ever images of our Sun are a gold mine for scientists. Captured by the Parker Solar Probe during its closest approach to our star starting on December 24, 2024, the images were recently released by NASA and are expected to deepen our understanding of space weather and help guard against solar threats to Earth. A historic achievement "We have been waiting for this moment since the late Fifties," Nour Rawafi, project scientist for the mission at the Johns Hopkins Applied Physics Laboratory, told AFP. Previous spacecraft have studied the Sun, but from much farther away. Parker was launched in 2018 and is named after the late physicist Eugene Parker, who in 1958 theorized the existence of the solar wind -- a constant stream of electrically charged particles that fan out through the solar system. The probe recently entered its final orbit where its closest approach takes it to just 3.8 million miles from the Sun's surface -- a milestone first achieved on Christmas Eve 2024 and repeated twice since on an 88-day cycle. To put the proximity in perspective: if the distance between Earth and the Sun measured one foot, Parker would be hovering just half an inch away. Its heat shield was engineered to withstand up to 2,500 degrees Fahrenheit (1,370 degrees Celsius) -- but to the team's delight, it has only experienced around 2,000F (1090C) so far, revealing the limits of theoretical modeling. Remarkably, the probe's instruments, just a yard (meter) behind the shield, remain at little more than room temperature. Staring at the Sun The spacecraft carries a single imager, the Wide-Field Imager for Solar Probe (WISPR), which captured data as Parker plunged through the Sun's corona, or outer atmosphere. Stitched into a seconds-long video, the new images reveal coronal mass ejections (CMEs) -- massive bursts of charged particles that drive space weather -- in high resolution for the first time. "We had multiple CMEs piling up on top of each other, which is what makes them so special," Rawafi said. "It's really amazing to see that dynamic happening there." Such eruptions triggered the widespread auroras seen across much of the world last May, as the Sun reached the peak of its 11-year cycle. Another striking feature is how the solar wind, flowing from the left of the image, traces a structure called the heliospheric current sheet: an invisible boundary where the Sun's magnetic field flips from north to south. It extends through the solar system in the shape of a twirling skirt and is critical to study, as it governs how solar eruptions propagate and how strongly they can affect Earth. Why it matters Space weather can have serious consequences, such as overwhelming power grids, disrupting communications, and threatening satellites. As thousands more satellites enter orbit in the coming years, tracking them and avoiding collisions will become increasingly difficult -- especially during solar disturbances, which can cause spacecraft to drift slightly from their intended orbits. Rawafi is particularly excited about what lies ahead, as the Sun heads toward the minimum of its cycle, expected in five to six years. Historically, some of the most extreme space weather events have occurred during this declining phase -- including the infamous Halloween Solar Storms of 2003, which forced astronauts aboard the International Space Station to shelter in a more shielded area. "Capturing some of these big, huge be a dream," he said. Parker still has far more fuel than engineers initially expected and could continue operating for decades -- until its solar panels degrade to the point where they can no longer generate enough power to keep the spacecraft properly oriented. When its mission does finally end, the probe will slowly disintegrate -- becoming, in Rawafi's words, "part of the solar wind itself." —Agence France-Presse
Toronto Star
16-07-2025
- Science
- Toronto Star
NASA has just released the closest-ever images of the sun. Take a look
NASA has just released the closest-ever images of the sun, captured by its Parker Solar Probe on its record-breaking flyby into the outermost layer of the star's atmosphere late last year. The images were taken some 6.1 million kilometres from the sun's surface and reveal solar winds raging within the sun's corona — offering scientists new insight into the star's influence on the solar system and Earth.
