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If you noticed a little extra radio interference last night, it wasn't your imagination. At 3:16 AM, NASA saw the biggest solar flare of the year, an M6.5-level coronal mass ejection that was powerful enough to cause a brief radio blackout. That's not enough to disturb much outside the highest levels of the atmosphere, but it still looked pretty spectacular through the right telescope.

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http://www.theverge....est-solar-flare

http://www.accuweather.com/en/features/trend/dazzling_northern_lights_antic_1/10107004

This solar flare is expected to cause strong auroras, especially in areas not typically used to seeing them (looks like as far south as around 39? or 40? north). I'm especially excited because I'm in an apparently good viewing area.

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Map courtesy accuweather.com.

These solar flares have been crazy. I've been getting tons of skip on my CB radios after dark when it normally gets quieter. It seems to have slacked off the past day or two, but last week was crazy. Normally after the sun goes down, a lot of the background noise and "skip" goes away, but I had my house radio turned on the other day at like 11 at night and heard people hundreds of miles away fading in and out.

http://www.accuweath...ntic_1/10107004

This solar flare is expected to cause strong auroras, especially in areas not typically used to seeing them (looks like as far south as around 39? or 40? north). I'm especially excited because I'm in an apparently good viewing area.

IRJvGrP.jpg

Map courtesy accuweather.com.

Were you able to check it out? I sat on the Lancaster/ Lebanon County Line for over three hours and nothing.

Wow blech virginia being a "good" labelled area for once??? o_O

I know that my fridge has gone wonky and is making wierd noises after this solar flare hit? ooooh noooes! Wifi is fine though.

The M6.5 ranking doesn't mean much without knowledge of the scaling system, so here it is.

The most commonly used scale measures the X-ray flux (wavelengths 0.1 to 0.8 nanometer) produced by the flare.

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For A, B, C, and M class flares the value of n is between 1.0 and 9.9, but for the X class the value of n can be as large as required.

Examples:

M4.2 = 4.2 x 10^-5 W/m^2

X16 =16 x 10-4 W/m^2 = 1.6 x 10^-3 W/m^2

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