The National Solar Observatory in Sunspot, New Mexico has been closed since last Thursday.
ABC-7 Monday spoke with Shari Lifson, who is with AURA, the company that co-manages the Observatory with NMSU.
“The Association of Universities for Research in Astronomy who manages the facility is addressing a security issue at this time. We have decided to vacate the facility at this time as precautionary measure. It was our decision to evacuate the facility.”
Lifson told ABC 7 there is no time-table for the Observatory to be re-opened.
ABC-7 also reached out to the FBI, but did not hear back from the federal agency in time for deadline. The FBI did speak with local law enforcement about the length of the observatory closure.
“The FBI is refusing to tell us what’s going on. We’ve got people up there (at Sunspot) that requested us to standby while they evacuate it. Nobody would really elaborate on any of the circumstances as to why.
The FBI were up there. What their purpose was nobody will say. But for the FBI to get involved that quick and be so secretive about it, there was a lot of stuff going on up there.
There was a Blackhawk helicopter, a bunch of people around antennas and work crews on towers but nobody would tell us anything.”
The FBI did not tell Sheriff House the reason for the closure. Sheriff Benny House did tell ABC 7 that his local law enforcement did not have anything to do with either the observatory closure.
For the conspiracy-minded, Sunspot is a mere 130 miles from Roswell, New Mexico, and about 90 miles from the White Sands Missile Range. Established in 1958, the observatory predates the unincorporated area in the Sacramento Mountains that was named for it.
All of which would be odd enough, but as SHTFplan.com’s Mac Slavo details below, the observatory is closed just as a massive hole has opened up in the Sun’s corona, which means we’re officially on watch for a geomagnetic storm. Auroras will be likely across much of North America as the sun heads into a solar minimum.
The National Oceanic and Atmospheric Administration (NOAA) has issued a storm watch for a G2-level solar storm on September 11.
That’s a moderate storm on the 5-level scale, with G5 being the highest, according to Science Alert. We’re currently heading into a solar minimum, the least active period of the Sun’s 11-year cycle. That means there will be a much lower sunspot, coronal mass ejection, and solar flare activity.
If you are one of those who loves seeing the aurora borealis or the “Northern Lights,” have your camera handy, because it could be a beautiful show. As the holes open up in the Sun’s corona, although these are cooler, less dense regions of plasma in the Sun’s atmosphere, they are also more dramatic with open magnetic fields. These open regions allow the solar winds to escape the Sun’s surface more easily, blowing electromagnetic radiation into space at high speeds. If Earth is in the way of those solar winds, we could experience some intense outcomes.
While the effects of this wind will be slightly stronger than those of a G1 storm, according to Science Alert, they’ll probably pass most of us by. High-latitude power systems may experience voltage alarms due to surges from geomagnetically induced currents, and longer storms can cause transformer damage, but it looks like this storm will be a relatively short one. According to the British Met Office, the solar winds could travel at speeds of up to 600 kilometers per second (372 miles per second) in the next two days.
Spacecraft operations may be affected as the storm impedes GPS, which means corrections may need to be issued by ground control. And high-frequency radio propagation can fade at high latitudes.
The biggest effect will probably be the light show since the solar winds are responsible for auroras. As they blow in from space, they interact with charged particles (mainly protons and electrons) in our magnetosphere.
These charged particles then rain into the ionosphere and travel along the planet’s magnetic field lines to the poles, where interactions with other particles, such as oxygen and nitrogen, manifest as dancing lights in the sky. –Science Alert
According to a map released by NOAA, the auroras resulting from this storm will likely be visible from Alaska, as well as the states across the United States’s Northern border with Canada and as far south as Iowa and Illinois. There will also be aurora australis visible from Antarctica.
Just in case you were blowing off the tin-foil-hat views of the observatory closure, we note that all these solar/space cams down at the same time:
- AXIS 232D Network Dome Camera located in Sydney Australia
- Webcams located at SOAR Observatory – The Southern Astrophysical Research Telescope located in Chile
- BRT Tenerife Telescope Webcam located in Spain
- Webcam located at Mauna Kea observatory at the University of Hawaii Hilo
- Webcam from the Canada-France-Hawaii Telescope observatory in Hawaii
- Webcam at JAT OBservatory in Fairless Hills, Pennsylvania