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309 results for “stim3on”

  1. You may have seen pictures, but have you ever seen video of a Gigantic Jet #TLE from space?

    Astronaut Jeanette Epps captured this incredible sequence on July 20th, 2024 as part of the DTU/ESA Thor-Davis experiment.

    [WARNING: Video contains flashing lights!]

    youtu.be/xN2J7_rOBJY

    Credit: ESA/NASA/J. Epps
    Processing: Simeon Schmauß

    #space #ISS #thunderstorm #lightning #giganticjet #transientluminousevent #nasa #esa

  2. You may have seen pictures, but have you ever seen video of a Gigantic Jet #TLE from space?

    Astronaut Jeanette Epps captured this incredible sequence on July 20th, 2024 as part of the DTU/ESA Thor-Davis experiment.

    [WARNING: Video contains flashing lights!]

    youtu.be/xN2J7_rOBJY

    Credit: ESA/NASA/J. Epps
    Processing: Simeon Schmauß

    #space #ISS #thunderstorm #lightning #giganticjet #transientluminousevent #nasa #esa

  3. You may have seen pictures, but have you ever seen video of a Gigantic Jet #TLE from space?

    Astronaut Jeanette Epps captured this incredible sequence on July 20th, 2024 as part of the DTU/ESA Thor-Davis experiment.

    [WARNING: Video contains flashing lights!]

    youtu.be/xN2J7_rOBJY

    Credit: ESA/NASA/J. Epps
    Processing: Simeon Schmauß

    #space #ISS #thunderstorm #lightning #giganticjet #transientluminousevent #nasa #esa

  4. You may have seen pictures, but have you ever seen video of a Gigantic Jet #TLE from space?

    Astronaut Jeanette Epps captured this incredible sequence on July 20th, 2024 as part of the DTU/ESA Thor-Davis experiment.

    [WARNING: Video contains flashing lights!]

    youtu.be/xN2J7_rOBJY

    Credit: ESA/NASA/J. Epps
    Processing: Simeon Schmauß

    #space #ISS #thunderstorm #lightning #giganticjet #transientluminousevent #nasa #esa

  5. This is what it would look like to fly over the Martian North Pole aboard the ESA Mars Express orbiter.

    This sequence of 117 images was captured by the VMC camera on June 14th, 2019 over the course of 3 hours and is played a 1200x speed.

    Credit: ESA/Simeon Schmauß

    flic.kr/p/2rQAPdw

  6. This is what it would look like to fly over the Martian North Pole aboard the ESA Mars Express orbiter.

    This sequence of 117 images was captured by the VMC camera on June 14th, 2019 over the course of 3 hours and is played a 1200x speed.

    Credit: ESA/Simeon Schmauß

    flic.kr/p/2rQAPdw

    #ESA #Mars #VMC #MarsExpress #Solarocks #space

  7. This is what it would look like to fly over the Martian North Pole aboard the ESA Mars Express orbiter.

    This sequence of 117 images was captured by the VMC camera on June 14th, 2019 over the course of 3 hours and is played a 1200x speed.

    Credit: ESA/Simeon Schmauß

    flic.kr/p/2rQAPdw

    #ESA #Mars #VMC #MarsExpress #Solarocks #space

  8. This is what it would look like to fly over the Martian North Pole aboard the ESA Mars Express orbiter.

    This sequence of 117 images was captured by the VMC camera on June 14th, 2019 over the course of 3 hours and is played a 1200x speed.

    Credit: ESA/Simeon Schmauß

    flic.kr/p/2rQAPdw

    #ESA #Mars #VMC #MarsExpress #Solarocks #space

  9. This is what it would look like to fly over the Martian North Pole aboard the ESA Mars Express orbiter.

    This sequence of 117 images was captured by the VMC camera on June 14th, 2019 over the course of 3 hours and is played a 1200x speed.

    Credit: ESA/Simeon Schmauß

    flic.kr/p/2rQAPdw

    #ESA #Mars #VMC #MarsExpress #Solarocks #space

  10. The first image of from ESA's JUICE mission is in!

    I reprocessed the image to remove hot pixels (left) and the stars (right) to make the tail easier to see.

    EDIT: The starless image was updated with a cleaner version.

    See here for the official ESA release: esa.int/ESA_Multimedia/Images/

    Credit: ESA/Juice/NavCam
    Processing: Simeon Schmauß

  11. Comet C/2025 A6 in the constellation Boötes, on the evening of October 24th. Captured from the light polluted outskirts of Munich.

    18 minutes integration time with my Fujifilm X-S10 and 135mm f4.5 lens (untracked).

  12. Comet C/2025 A6 #Lemmon in the constellation Boötes, on the evening of October 24th. Captured from the light polluted outskirts of Munich.

    18 minutes integration time with my Fujifilm X-S10 and 135mm f4.5 lens (untracked).

    #astrophotography #comet #c2025a6 #c2025a6lemmon #astrodon #space

  13. Comet C/2025 A6 #Lemmon in the constellation Boötes, on the evening of October 24th. Captured from the light polluted outskirts of Munich.

    18 minutes integration time with my Fujifilm X-S10 and 135mm f4.5 lens (untracked).

    #astrophotography #comet #c2025a6 #c2025a6lemmon #astrodon #space

  14. Comet C/2025 A6 #Lemmon in the constellation Boötes, on the evening of October 24th. Captured from the light polluted outskirts of Munich.

    18 minutes integration time with my Fujifilm X-S10 and 135mm f4.5 lens (untracked).

    #astrophotography #comet #c2025a6 #c2025a6lemmon #astrodon #space

  15. Comet C/2025 A6 #Lemmon in the constellation Boötes, on the evening of October 24th. Captured from the light polluted outskirts of Munich.

    18 minutes integration time with my Fujifilm X-S10 and 135mm f4.5 lens (untracked).

    #astrophotography #comet #c2025a6 #c2025a6lemmon #astrodon #space

  16. This photo from the Perseverance rover captured in early March, may be my favorite Mars image from this year.

    It shows Mars' smaller moon Deimos over the hills of the Nili Planum region in the dark skies before dawn. 🔭

    Full res: flic.kr/p/2rwUwV7

    Credit: NASA/JPL-Caltech/Simeon Schmauß

  17. This photo from the Perseverance rover captured in early March, may be my favorite Mars image from this year.

    It shows Mars' smaller moon Deimos over the hills of the Nili Planum region in the dark skies before dawn. 🔭

    Full res: flic.kr/p/2rwUwV7

    Credit: NASA/JPL-Caltech/Simeon Schmauß

    #Perseverance #NASA #Mars #Mars2020 #Solarocks #Deimos #twilight

  18. This photo from the Perseverance rover captured in early March, may be my favorite Mars image from this year.

    It shows Mars' smaller moon Deimos over the hills of the Nili Planum region in the dark skies before dawn. 🔭

    Full res: flic.kr/p/2rwUwV7

    Credit: NASA/JPL-Caltech/Simeon Schmauß

    #Perseverance #NASA #Mars #Mars2020 #Solarocks #Deimos #twilight

  19. This photo from the Perseverance rover captured in early March, may be my favorite Mars image from this year.

    It shows Mars' smaller moon Deimos over the hills of the Nili Planum region in the dark skies before dawn. 🔭

    Full res: flic.kr/p/2rwUwV7

    Credit: NASA/JPL-Caltech/Simeon Schmauß

    #Perseverance #NASA #Mars #Mars2020 #Solarocks #Deimos #twilight

  20. This photo from the Perseverance rover captured in early March, may be my favorite Mars image from this year.

    It shows Mars' smaller moon Deimos over the hills of the Nili Planum region in the dark skies before dawn. 🔭

    Full res: flic.kr/p/2rwUwV7

    Credit: NASA/JPL-Caltech/Simeon Schmauß

    #Perseverance #NASA #Mars #Mars2020 #Solarocks #Deimos #twilight

  21. I just realized I never shared pictures of the red sprites, that I caught last year on August 14th.

    They occured over a large thunderstorm complex in the Franche-Comté region in France, about 400 km from my location.

    kachelmannwetter.com/de/stormt

  22. On July 3rd, astronaut Nichole Ayers photographed a rare Gigantic jet from the ISS. These upward directed electrical discharges extend 90-100 km high into the atmosphere.

    I processed this image from the RAW file, adjusting the white balance, contrast and noise reduction.

    Full resolution: flic.kr/p/2rhxqcK

    Image Credit: Nichole Ayers / NASA JSC / ESRS / Simeon Schmauß

  23. On July 3rd, astronaut Nichole Ayers photographed a rare Gigantic jet from the ISS. These upward directed electrical discharges extend 90-100 km high into the atmosphere.

    I processed this image from the RAW file, adjusting the white balance, contrast and noise reduction.

    Full resolution: flic.kr/p/2rhxqcK

    Image Credit: Nichole Ayers / NASA JSC / ESRS / Simeon Schmauß

    #ISS #lightning #thunderstorm #Photography #giganticjet #tle #transientluminousevent #NASA

  24. On July 3rd, astronaut Nichole Ayers photographed a rare Gigantic jet from the ISS. These upward directed electrical discharges extend 90-100 km high into the atmosphere.

    I processed this image from the RAW file, adjusting the white balance, contrast and noise reduction.

    Full resolution: flic.kr/p/2rhxqcK

    Image Credit: Nichole Ayers / NASA JSC / ESRS / Simeon Schmauß

    #ISS #lightning #thunderstorm #Photography #giganticjet #tle #transientluminousevent #NASA

  25. On July 3rd, astronaut Nichole Ayers photographed a rare Gigantic jet from the ISS. These upward directed electrical discharges extend 90-100 km high into the atmosphere.

    I processed this image from the RAW file, adjusting the white balance, contrast and noise reduction.

    Full resolution: flic.kr/p/2rhxqcK

    Image Credit: Nichole Ayers / NASA JSC / ESRS / Simeon Schmauß

    #ISS #lightning #thunderstorm #Photography #giganticjet #tle #transientluminousevent #NASA

  26. On July 3rd, astronaut Nichole Ayers photographed a rare Gigantic jet from the ISS. These upward directed electrical discharges extend 90-100 km high into the atmosphere.

    I processed this image from the RAW file, adjusting the white balance, contrast and noise reduction.

    Full resolution: flic.kr/p/2rhxqcK

    Image Credit: Nichole Ayers / NASA JSC / ESRS / Simeon Schmauß

    #ISS #lightning #thunderstorm #Photography #giganticjet #tle #transientluminousevent #NASA

  27. If you're fascinated by extreme weather and lightning photography this video is a MUST WATCH!

    So many amazing shots of lightning storms, blue jets and red sprites from Australia, with great narration and editing.

    youtube.com/watch?v=_fGr-NlLTG8

  28. I also derived a new elevation model from the aerial images, allowing me to visualize the elevation change in the affected areas.

    The rocks and debris in the valley are locally up to 32m thick and I estimate the total displaced volume is about 11 million cubic meters.

    #Blatten #lötschental #map #QGIS

  29. I also derived a new elevation model from the aerial images, allowing me to visualize the elevation change in the affected areas.

    The rocks and debris in the valley are locally up to 32m thick and I estimate the total displaced volume is about 11 million cubic meters.