How to view the Northern Lights of the United States this week

Northern Lights Back again, there was a beautiful light show along the U.S.-Canadian border in the summer. Here’s how to watch Aurora Borealis this week.
According to the National Oceanic and Atmospheric Administration (NOAA) Space Weather Forecast Center (SWPC), the Northern Lights are expected to appear in northern U.S. states on June 1. The display may last until June 2, but by then it will be much weaker.
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As always, you have a better chance of watching the aurora in Vietnam. The Northern Lights may be “as low as Wisconsin-Wisconsin-Wisconsin-New York,” SWPC noted. If you are lucky, people along the U.S.-Canadian border can still grab it on Monday, but Aurora’s visibility area will be greatly narrowed.
Credit: National Oceanic and Atmospheric Administration’s Space Weather Forecast Center
This aurora is the north Coronavirus mass pops up Which one Friday happens in the sun. SWPC was released later Severe G4 geomagnetic storm alarm On Sunday, conditions are expected to weaken to small G1 storm levels by Monday night.
according to NOAA Space Weather ScaleG4 geomagnetic storms can cause problems such as widespread interference to the power system, and prolonged disruptions to radio and satellite navigation. In contrast, the G1 storm may only cause weak grid fluctuations and may have a small impact on satellite operations. Fortunately, SWPC warnings give us time to prepare and mitigate interference.
However, in many areas, aurora caused by G1 geomagnetic storms cannot be shimmered with more severe storms. Although the G4 storm previously produced aurora in the low profile of Alabama and Northern California, the Auroras of the G1 storm are usually only seen at higher latitudes such as northern Michigan and Maine.
Mixable light speed
How to get the best view of the Northern Lights

People in the Southern Hemisphere have already started to enjoy their Aurora this week.
Credits: Sanka Vidanagama/AFP via Getty Images
As always, you can go out at night and look up. Even if you’re slightly beyond the predicted visible area, you can check Aurora can be seen over 600 miles Under the correct conditions. However, if you want to optimize your chances of capturing aurora, there are a few factors to consider.
SWPC notes that as the level of geomagnetic activity increases during this period, the best time to see the northern lights is between 10 p.m. and 2 a.m. It is also the darkest time of the night, which forms a strong contrast with the lights, making the aurora more obvious.
Viewing Aurora North River from an area with as little light pollution as possible will also help. Some of the best places to watch the Northern Lights may be Certified black space Close to the U.S.-Canadian border, all of which are evaluated and recognized for minimal light pollution.
What causes the Northern Lights?

Their location is the only difference between Aurora Borealis and Aurora Australia.
Credits: Sanka Vidanagama/AFP via Getty Images
Aurora is caused by the activity of the sun’s surface, especially solar flares and coronal mass ejection. During these events, a large amount of plasma and magnetic fields are discharged from the outermost corona of the sun’s atmosphere.
Such expulsion creates solar winds, which travel through space to reach Earth. How long does this take depends on the type of event. While in some cases, the radiation from the solar flares can reach the earth in eight minutes, the wind that ejects the crown mass How many hours to how many days Same trip.
Once the solar wind reaches the earth, The Earth’s magnetic field deflects most of the Back to space. However, some charged ionic particles enter the magnetic field and turn to The polar regions of the earth The weakest part of this field.
Then these charged ions Collision with oxygen and nitrogen atomsleading to a chemical reaction that produces a spectacular colored light that we call the Aurora. Both Aurora Borealis and Aurora Australia are caused in the same way, with the only difference being that the former is located in the northern hemisphere and the latter is located in the southern hemisphere.