Particles of the most recent Solar ejection.

In summary, there has been recent activity in sunspot 1429, which has been producing flares and CMEs. On March 9th, a CME was launched towards Earth and is expected to arrive on March 11th, potentially causing geomagnetic storms. On March 10th, sunspot 1429 produced an M8-class flare. Further updates can be found on the NOAA website.
  • #1
Rob D
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Could someone comment on the particle constituents of the most recent "solar storm". A look at the films of the SOHO observatory show very marked particle trails on the photo-active medium shortly after a large explosion of 1429.

The print media made mention of two Earth observations, one of particles which arrived in 8 minutes (no, I don't believe it either) followed by magnetic waves which arrived somewhat later.

Astrophysicistsists, know the straight of it?

Many Thanks,
Rob
 
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  • #2
Rob D said:
Could someone comment on the particle constituents of the most recent "solar storm". A look at the films of the SOHO observatory show very marked particle trails on the photo-active medium shortly after a large explosion of 1429.

The print media made mention of two Earth observations, one of particles which arrived in 8 minutes (no, I don't believe it either) followed by magnetic waves which arrived somewhat later.

Astrophysicistsists, know the straight of it?

Many Thanks,
Rob
Which recent event? There have been several, so please specify the date. Sunspot 1429 continues to be active.

http://www.spaceweather.com/images2...lank.jpg?PHPSESSID=u9n0cknf39bp2vu8crs6vim181
Sunspot 1432 far left, 1429 and 1430 upper right, and 1428 lower right.

Spaceweather.com said:
A CME launched from the sun on March 9th is nearing Earth. According to analysts at the Goddard Space Weather Lab, the cloud will arrive on March 11th at 0649 UT (+/- 7 hr). This is not a particularly potent CME. Nevertheless, high-latitude geomagnetic storms are possible when it arrives.

Sunspot AR1429 is still erupting this weekend. On Saturday, March 10th, it produced a powerful M8-class flare that almost crossed the threshold into X-territory.

Catalog of reports - http://www.swpc.noaa.gov/ftpmenu/forecasts.html
 
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1. What are particles from a solar ejection?

Particles from a solar ejection are high-energy charged particles, such as protons and electrons, that are released from the Sun's corona during a solar flare or coronal mass ejection.

2. How are particles from a solar ejection dangerous?

Particles from a solar ejection can be dangerous to astronauts, satellites, and electrical systems on Earth. They can also cause disruptions in radio communications and power grids.

3. How do scientists track particles from a solar ejection?

Scientists track particles from a solar ejection using spacecraft and ground-based instruments, such as satellites, telescopes, and detectors. These instruments can measure the energy, speed, and direction of the particles.

4. Are particles from a solar ejection visible?

Particles from a solar ejection are not visible to the naked eye. However, they can create beautiful auroras in the Earth's atmosphere when they interact with our planet's magnetic field.

5. Can particles from a solar ejection affect the Earth's climate?

Particles from a solar ejection can affect the Earth's climate by causing changes in the upper atmosphere, but their impact is relatively small compared to other factors such as greenhouse gas emissions.

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