<h1>Nope</h1>
<p>Solar flares don't work like &quot;A massive blob of hot gas hitting the bright side of the Earth&quot;</p>
<p>It's more similar to &quot;A stream of ionized plasma that 'hits' the Earth's magnetic field and gets entangled in it&quot;</p>
<p>Although the solar flares face the daytime side of the Earth, they still cause a significant impact on the nighttime side as well. The solar flares do not actually &quot;hit&quot; the earth, but instead either get caught in the Van Allen belts, a zone of ionized plasma about 640-58,000 km in height, or in the geomagnetic field, where they get funneled into the polar atmosphere and form auroras.</p>
<p>The Van Allen belts seem to be the most dangerous effect of the solar flares, as they have the <a href="https://en.wikipedia.org/wiki/Van_Allen_radiation_belt#Implications_for_space_travel:%7E:text=Solar%20cells%2C,belt.%5B38%5D" rel="noreferrer">potential to damage satellites</a>.</p>
<p>TLDR: No, the dark side of the earth is <strong>NOT</strong> protected from a solar flare.</p>

CC BY-SA 4.0
2023-11-13T14:48:54.187Z
2023-11-13T14:48:54.187Z
Arcturus
<p>Many speculate about the possibility of another “Carrington event”. Without getting into unrealistic scenarios, I ask myself the following question: would electronic lines and the equipment connected to them be safe if a large CME occurred, say, between 2am and 3am?</p>
<p>It would seem logical that a region that is not exposed to the sun at the time of the CME would be safe, but on the other hand, auroras occur at night, suggesting that solar flares do not just impact the daytime side of the earth.</p>

CC BY-SA 4.0
2023-11-14T09:37:03.853Z
There's "daytime" aurora in the polar winter, a special category of interest to (some) scientists.
gerrit
CC BY-SA 4.0
2023-11-16T21:01:04.150Z
Wait, a solar flare and a CME aren't the same thing, are they?
OpenAI was the last straw
<solar-flare><solar-storm>
Is the dark side of the earth protected from the risks of solar flares?
BertS
# Is the dark side of the earth protected from the risks of solar flares?

(Asked by: username_0 on 2023-11-13)

Many speculate about the possibility of another “Carrington event”. Without getting into unrealistic scenarios, I ask myself the following question: would electronic lines and the equipment connected to them be safe if a large CME occurred, say, between 2am and 3am?

It would seem logical that a region that is not exposed to the sun at the time of the CME would be safe, but on the other hand, auroras occur at night, suggesting that solar flares do not just impact the daytime side of the earth.

**Tags:** solar-flare, solar-storm

> **Comments:**
> **username_1**: There's "daytime" aurora in the polar winter, a special category of interest to (some) scientists.  
> **username_2**: Wait, a solar flare and a CME aren't the same thing, are they?  

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## 1 answers

### Answer by username_3 on 2023-11-13. Score: 40 | Accepted answer

# Nope

Solar flares don't work like "A massive blob of hot gas hitting the bright side of the Earth"

It's more similar to "A stream of ionized plasma that 'hits' the Earth's magnetic field and gets entangled in it"

Although the solar flares face the daytime side of the Earth, they still cause a significant impact on the nighttime side as well. The solar flares do not actually "hit" the earth, but instead either get caught in the Van Allen belts, a zone of ionized plasma about 640-58,000 km in height, or in the geomagnetic field, where they get funneled into the polar atmosphere and form auroras.

The Van Allen belts seem to be the most dangerous effect of the solar flares, as they have the [potential to damage satellites](https://en.wikipedia.org/wiki/Van_Allen_radiation_belt#Implications_for_space_travel:%7E:text=Solar%20cells%2C,belt.%5B38%5D).

TLDR: No, the dark side of the earth is **NOT** protected from a solar flare.


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