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#parkersolarprobe — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #parkersolarprobe, aggregated by home.social.

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  1. The Moon Takes the Bow: The Longest Fight in the Sky, Scored on Love, Fear, Respect, and Attention

    Two fighters have been circling each other since before anyone kept records, and the purse has never changed hands: the human gaze. In one corner burns a furnace so vast that something like a million Earths could rattle around inside it, the engine behind every green leaf and every heartbeat on this planet. In the other corner floats a charcoal-colored rock, airless and dead, throwing back about twelve percent of the light that hits it. On paper the match is a slaughter. In practice the rock has been taking rounds for ten thousand years, and the strangest fact on the whole card is a matter of scheduling, since only one of these two shows up for both shifts. […]

    bolesblogs.com/2026/08/06/the-

  2. The Moon Takes the Bow: The Longest Fight in the Sky, Scored on Love, Fear, Respect, and Attention

    Two fighters have been circling each other since before anyone kept records, and the purse has never changed hands: the human gaze. In one corner burns a furnace so vast that something like a million Earths could rattle around inside it, the engine behind every green leaf and every heartbeat on this planet. In the other corner floats a charcoal-colored rock, airless and dead, throwing back about twelve percent of the light that hits it. On paper the match is a slaughter. In practice the rock has been taking rounds for ten thousand years, and the strangest fact on the whole card is a matter of scheduling, since only one of these two shows up for both shifts. […]

    bolesblogs.com/2026/08/06/the-

  3. The Moon Takes the Bow: The Longest Fight in the Sky, Scored on Love, Fear, Respect, and Attention

    Two fighters have been circling each other since before anyone kept records, and the purse has never changed hands: the human gaze. In one corner burns a furnace so vast that something like a million Earths could rattle around inside it, the engine behind every green leaf and every heartbeat on this planet. In the other corner floats a charcoal-colored rock, airless and dead, throwing back about twelve percent of the light that hits it. On paper the match is a slaughter. In practice the rock has been taking rounds for ten thousand years, and the strangest fact on the whole card is a matter of scheduling, since only one of these two shows up for both shifts. […]

    bolesblogs.com/2026/08/06/the-

  4. The Moon Takes the Bow: The Longest Fight in the Sky, Scored on Love, Fear, Respect, and Attention

    Two fighters have been circling each other since before anyone kept records, and the purse has never changed hands: the human gaze. In one corner burns a furnace so vast that something like a million Earths could rattle around inside it, the engine behind every green leaf and every heartbeat on this planet. In the other corner floats a charcoal-colored rock, airless and dead, throwing back about twelve percent of the light that hits it. On paper the match is a slaughter. In practice the rock has been taking rounds for ten thousand years, and the strangest fact on the whole card is a matter of scheduling, since only one of these two shows up for both shifts. […]

    bolesblogs.com/2026/08/06/the-

  5. Is it just me - or is it getting really hot around here?

    NASA’s Parker Solar Probe completed its 28th close approach to the Sun on June 8, again matching its record distance of 3.8 million miles from the solar surface.

    This latest flyby started June 3 and ends Saturday, June 13, with Parker’s four scientific instrument packages gathering data from inside the Sun’s atmosphere, or corona. Parker will begin returning detailed spacecraft telemetry on June 14, with science data transmission set to run from Wednesday, June 17 to Tuesday, June 30.
    science.nasa.gov/blogs/parker-

    science.nasa.gov/mission/parke

    #NASA #Sun #ParkerSolarProbe #Space #SpaceExploration #Corona #SolarWind #SunAtmosphere

  6. Is it just me - or is it getting really hot around here?

    NASA’s Parker Solar Probe completed its 28th close approach to the Sun on June 8, again matching its record distance of 3.8 million miles from the solar surface.

    This latest flyby started June 3 and ends Saturday, June 13, with Parker’s four scientific instrument packages gathering data from inside the Sun’s atmosphere, or corona. Parker will begin returning detailed spacecraft telemetry on June 14, with science data transmission set to run from Wednesday, June 17 to Tuesday, June 30.
    science.nasa.gov/blogs/parker-

    science.nasa.gov/mission/parke

    #NASA #Sun #ParkerSolarProbe #Space #SpaceExploration #Corona #SolarWind #SunAtmosphere

  7. Is it just me - or is it getting really hot around here?

    NASA’s Parker Solar Probe completed its 28th close approach to the Sun on June 8, again matching its record distance of 3.8 million miles from the solar surface.

    This latest flyby started June 3 and ends Saturday, June 13, with Parker’s four scientific instrument packages gathering data from inside the Sun’s atmosphere, or corona. Parker will begin returning detailed spacecraft telemetry on June 14, with science data transmission set to run from Wednesday, June 17 to Tuesday, June 30.
    science.nasa.gov/blogs/parker-

    science.nasa.gov/mission/parke

    #NASA #Sun #ParkerSolarProbe #Space #SpaceExploration #Corona #SolarWind #SunAtmosphere

  8. Is it just me - or is it getting really hot around here?

    NASA’s Parker Solar Probe completed its 28th close approach to the Sun on June 8, again matching its record distance of 3.8 million miles from the solar surface.

    This latest flyby started June 3 and ends Saturday, June 13, with Parker’s four scientific instrument packages gathering data from inside the Sun’s atmosphere, or corona. Parker will begin returning detailed spacecraft telemetry on June 14, with science data transmission set to run from Wednesday, June 17 to Tuesday, June 30.
    science.nasa.gov/blogs/parker-

    science.nasa.gov/mission/parke

  9. Parker Solar Probe entdeckt Überraschungen bei Explosion in Sonnennähe
    Bevor ein Sonnensturm durch den Weltraum rast und sich auf die Technik auf der Erde auswirkt, beginnt er mit einem explosiven Vorgang auf der Sonne, der als magnetische Rekonnexion bekannt ist. Pressemitteilung NASA. #parkersolarprobe
    raumfahrer.net/parker-solar-pr

  10. Parker Solar Probe entdeckt Überraschungen bei Explosion in Sonnennähe
    Bevor ein Sonnensturm durch den Weltraum rast und sich auf die Technik auf der Erde auswirkt, beginnt er mit einem explosiven Vorgang auf der Sonne, der als magnetische Rekonnexion bekannt ist. Pressemitteilung NASA. #parkersolarprobe
    raumfahrer.net/parker-solar-pr

  11. Parker Solar Probe entdeckt Überraschungen bei Explosion in Sonnennähe
    Bevor ein Sonnensturm durch den Weltraum rast und sich auf die Technik auf der Erde auswirkt, beginnt er mit einem explosiven Vorgang auf der Sonne, der als magnetische Rekonnexion bekannt ist. Pressemitteilung NASA. #parkersolarprobe
    raumfahrer.net/parker-solar-pr

  12. Observaciones de la sonda Parker Solar Probe sobre la aceleración extrema de protones e iones pesados mediante reconexión magnética en la hoja de corriente heliosférica.

    #Sonda #ParkerSolarProbe #Aceleración #Protones #Iones #Corriente #Heliosférica

    tutiempo.net/noticias/sonda-pa

  13. 430,000 miles per hour is ~192 km/sec. That’s Edmonton to Calgary in ~1.7 seconds.

    NASA’s Parker Solar Probe Makes 27th Swing Around the Sun | NASA JPL

    #space #sun #ParkerSolarProbe

    science.nasa.gov/blogs/parker-

  14. 430,000 miles per hour is ~192 km/sec. That’s Edmonton to Calgary in ~1.7 seconds.

    NASA’s Parker Solar Probe Makes 27th Swing Around the Sun | NASA JPL

    #space #sun #ParkerSolarProbe

    science.nasa.gov/blogs/parker-

  15. 430,000 miles per hour is ~192 km/sec. That’s Edmonton to Calgary in ~1.7 seconds.

    NASA’s Parker Solar Probe Makes 27th Swing Around the Sun | NASA JPL

    #space #sun #ParkerSolarProbe

    science.nasa.gov/blogs/parker-

  16. 430,000 miles per hour is ~192 km/sec. That’s Edmonton to Calgary in ~1.7 seconds.

    NASA’s Parker Solar Probe Makes 27th Swing Around the Sun | NASA JPL

    #space #sun #ParkerSolarProbe

    science.nasa.gov/blogs/parker-

  17. Artifacts From NASA’s Webb, Parker Solar Probe on View at Smithsonian

    A testing replica of the “backbone” of NASA’s James Webb Space Telescope and a full-scale model of the…
    #NewsBeep #News #Space #GoddardSpaceFlightCenter #JamesWebbSpaceTelescope(JWST) #ParkerSolarProbe(PSP) #Science #Technology #UK #UnitedKingdom
    newsbeep.com/uk/475038/

  18. First maps of the #sun’s outer boundary may help predict #solarstorms
    Data from inside the sun’s corona helped create a sharper picture than before
    Maps of this boundary, known as the Alfvén critical surface, could help scientists better predict how solar activity affects satellites, human and animal health and atmospheric phenomena such as auroras.
    sciencenews.org/article/sun-ou
    archive.ph/Y55Ub
    #NASA’s #ParkerSolarProbe

  19. First maps of the ’s outer boundary may help predict
    Data from inside the sun’s corona helped create a sharper picture than before
    Maps of this boundary, known as the Alfvén critical surface, could help scientists better predict how solar activity affects satellites, human and animal health and atmospheric phenomena such as auroras.
    sciencenews.org/article/sun-ou
    archive.ph/Y55Ub
    ’s

  20. First maps of the #sun’s outer boundary may help predict #solarstorms
    Data from inside the sun’s corona helped create a sharper picture than before
    Maps of this boundary, known as the Alfvén critical surface, could help scientists better predict how solar activity affects satellites, human and animal health and atmospheric phenomena such as auroras.
    sciencenews.org/article/sun-ou
    archive.ph/Y55Ub
    #NASA’s #ParkerSolarProbe

  21. First maps of the #sun’s outer boundary may help predict #solarstorms
    Data from inside the sun’s corona helped create a sharper picture than before
    Maps of this boundary, known as the Alfvén critical surface, could help scientists better predict how solar activity affects satellites, human and animal health and atmospheric phenomena such as auroras.
    sciencenews.org/article/sun-ou
    archive.ph/Y55Ub
    #NASA’s #ParkerSolarProbe

  22. In recent years, the #ParkerSolarProbe and #SolarOrbiter probes have delivered a wealth of data about our #Sun, its surface—precisely where the #SolarWind originates. The ubiquitous presence of #plasma jets and magnetic field reversals suggests that a significant portion of the wind forms through dynamic processes involving magnetic #reconnection and transient energy releases.

    This Thursday, Alexis Rouillard will review recent research on the dynamics of the solar wind: irap.omp.eu/event/the-tempestu

  23. In recent years, the #ParkerSolarProbe and #SolarOrbiter probes have delivered a wealth of data about our #Sun, its surface—precisely where the #SolarWind originates. The ubiquitous presence of #plasma jets and magnetic field reversals suggests that a significant portion of the wind forms through dynamic processes involving magnetic #reconnection and transient energy releases.

    This Thursday, Alexis Rouillard will review recent research on the dynamics of the solar wind: irap.omp.eu/event/the-tempestu

  24. In recent years, the #ParkerSolarProbe and #SolarOrbiter probes have delivered a wealth of data about our #Sun, its surface—precisely where the #SolarWind originates. The ubiquitous presence of #plasma jets and magnetic field reversals suggests that a significant portion of the wind forms through dynamic processes involving magnetic #reconnection and transient energy releases.

    This Thursday, Alexis Rouillard will review recent research on the dynamics of the solar wind: irap.omp.eu/event/the-tempestu

  25. In recent years, the #ParkerSolarProbe and #SolarOrbiter probes have delivered a wealth of data about our #Sun, its surface—precisely where the #SolarWind originates. The ubiquitous presence of #plasma jets and magnetic field reversals suggests that a significant portion of the wind forms through dynamic processes involving magnetic #reconnection and transient energy releases.

    This Thursday, Alexis Rouillard will review recent research on the dynamics of the solar wind: irap.omp.eu/event/the-tempestu

  26. Les sondes #ParkerSolarProbe et #SolarOrbiter ont livré quantité de données relatives à notre #Soleil, sa surface - là où naît le #VentSolaire. L'omniprésence de jets de #plasma et d'inversions de champ magnétique suggère qu'une partie importante du vent se forme à travers des processus dynamiques impliquant la #reconnexion magnétique et des libérations d'énergie transitoires.

    Ce jeudi, Alexis Rouillard exposera les recherches récentes sur le dynamisme du vent solaire : irap.omp.eu/event/the-tempestu

  27. Les sondes #ParkerSolarProbe et #SolarOrbiter ont livré quantité de données relatives à notre #Soleil, sa surface - là où naît le #VentSolaire. L'omniprésence de jets de #plasma et d'inversions de champ magnétique suggère qu'une partie importante du vent se forme à travers des processus dynamiques impliquant la #reconnexion magnétique et des libérations d'énergie transitoires.

    Ce jeudi, Alexis Rouillard exposera les recherches récentes sur le dynamisme du vent solaire : irap.omp.eu/event/the-tempestu

  28. Les sondes #ParkerSolarProbe et #SolarOrbiter ont livré quantité de données relatives à notre #Soleil, sa surface - là où naît le #VentSolaire. L'omniprésence de jets de #plasma et d'inversions de champ magnétique suggère qu'une partie importante du vent se forme à travers des processus dynamiques impliquant la #reconnexion magnétique et des libérations d'énergie transitoires.

    Ce jeudi, Alexis Rouillard exposera les recherches récentes sur le dynamisme du vent solaire : irap.omp.eu/event/the-tempestu

  29. Les sondes #ParkerSolarProbe et #SolarOrbiter ont livré quantité de données relatives à notre #Soleil, sa surface - là où naît le #VentSolaire. L'omniprésence de jets de #plasma et d'inversions de champ magnétique suggère qu'une partie importante du vent se forme à travers des processus dynamiques impliquant la #reconnexion magnétique et des libérations d'énergie transitoires.

    Ce jeudi, Alexis Rouillard exposera les recherches récentes sur le dynamisme du vent solaire : irap.omp.eu/event/the-tempestu

  30. #ParkerSolarProbe was in the right place at the right time in Sept 2022: It passed through a magnetic reconnection region in the Sun's corona. #SolarOrbiter observed the event from a distance. Study led by #SwRI in @natastron.nature.com . #NASA @science.esa.int www.mps.mpg.de/flying-throu...

  31. #ParkerSolarProbe was in the right place at the right time in Sept 2022: It passed through a magnetic reconnection region in the Sun's corona. #SolarOrbiter observed the event from a distance. Study led by #SwRI in @natastron.nature.com . #NASA @science.esa.int www.mps.mpg.de/flying-throu...

  32. #ParkerSolarProbe was in the right place at the right time in Sept 2022: It passed through a magnetic reconnection region in the Sun's corona. #SolarOrbiter observed the event from a distance. Study led by #SwRI in @natastron.nature.com . #NASA @science.esa.int www.mps.mpg.de/flying-throu...

  33. #ParkerSolarProbe was in the right place at the right time in September 2022: It passed through a magnetic reconnection region in the Sun's corona. #SolarOrbiter observed the event from a distance. Study led by #SwRI in @NatureAstronomy

    See the #MPSGoettingen press release "Flying through “Magnetic Construction Site” in the Sun's Corona" at

    mps.mpg.de/flying-through-magn

    #NASA #Parker #SolarProbe #ESA #SolarOrbiter #Sun #SolarPhysics #Flare #SolarFlare #MagneticReconnection #Space #SouthwestResearchInstitute

  34. #ParkerSolarProbe was in the right place at the right time in September 2022: It passed through a magnetic reconnection region in the Sun's corona. #SolarOrbiter observed the event from a distance. Study led by #SwRI in @NatureAstronomy

    See the #MPSGoettingen press release "Flying through “Magnetic Construction Site” in the Sun's Corona" at

    mps.mpg.de/flying-through-magn

    #NASA #Parker #SolarProbe #ESA #SolarOrbiter #Sun #SolarPhysics #Flare #SolarFlare #MagneticReconnection #Space #SouthwestResearchInstitute

  35. #ParkerSolarProbe was in the right place at the right time in September 2022: It passed through a magnetic reconnection region in the Sun's corona. #SolarOrbiter observed the event from a distance. Study led by #SwRI in @NatureAstronomy

    See the #MPSGoettingen press release "Flying through “Magnetic Construction Site” in the Sun's Corona" at

    mps.mpg.de/flying-through-magn

    #NASA #Parker #SolarProbe #ESA #SolarOrbiter #Sun #SolarPhysics #Flare #SolarFlare #MagneticReconnection #Space #SouthwestResearchInstitute

  36. #ParkerSolarProbe was in the right place at the right time in September 2022: It passed through a magnetic reconnection region in the Sun's corona. #SolarOrbiter observed the event from a distance. Study led by #SwRI in @NatureAstronomy

    See the #MPSGoettingen press release "Flying through “Magnetic Construction Site” in the Sun's Corona" at

    mps.mpg.de/flying-through-magn

    #NASA #Parker #SolarProbe #ESA #SolarOrbiter #Sun #SolarPhysics #Flare #SolarFlare #MagneticReconnection #Space #SouthwestResearchInstitute

  37. #ParkerSolarProbe was in the right place at the right time in Sept 2022: It passed through a magnetic reconnection region in the Sun's corona. #SolarOrbiter observed the event from a distance. Study led by #SwRI in @natastron.nature.com . #NASA @science.esa.int www.mps.mpg.de/flying-throu...

  38. #ParkerSolarProbe was in the right place at the right time in Sept 2022: It passed through a magnetic reconnection region in the Sun's corona. #SolarOrbiter observed the event from a distance. Study led by #SwRI in @natastron.nature.com . #NASA @science.esa.int www.mps.mpg.de/flying-throu...