#steve

horst@hub.netzgemeinde.eu

Livekonzert von Steve Hackett im Hamburger Stadtpark

Steve Hackett @ Band Guitar Solo "Every Day" in Hamburg Stadtpark Summer 2024.

Image/photo

Ich war vorgestern bei dem Konzert und konnte dieses Solo aus nächster Nähe mit erleben. Einfach wunderbar.

Ich hab auch Bilder gemacht, aber aus irgendeinem Grund kann ich die nicht hier immer noch nicht hochladen.

#steve_hackett #rock #musik #live

nowisthetime@pod.automat.click

enter image description here

"To our utter amazement we observed a striking phenomenon," reports Martin McKenna of Swatragh, N. Ireland. "It was #STEVE!"

#NI

"We were blown away by the intensity of the purple beam," continues McKenna."We could see it plainly with the naked eye, swelling and flickering in brilliance with delicate structures like those seen within a feather. My mate Conor likened it to a celestial funnel cloud or tornado changing form in real time."

https://spaceweather.com/

ramnath@nerdpol.ch

enter image description here

#STEVE: During last night's geomagnetic storm, Jody Majko of Bragg Creek, Alberta, went outside to look for auroras. Instead, there was STEVE:

"STEVE decided to make an appearance for a couple of hours shortly after midnight," says Majko. "It beamed from the north horizon almost to the south horizon--the brightest I've ever seen it!"

STEVE (Strong Thermal Emission Velocity Enhancement) looks like an aurora, but it is not. The phenomenon is caused by hot (3000°C) ribbons of gas flowing through Earth’s magnetosphere at speeds exceeding 6 km/s (13,000 mph). These ribbons appear during some geomagnetic storms, revealing themselves by their soft #purple #glow.

https://spaceweather.com/

ramnath@nerdpol.ch

enter image description here
GEOMAGNETIC STORM: Forecasters did not see this one coming. On March 23-24, auroras spread into the United States as far south as New Mexico (+32.8N) during a severe (category G4) geomagnetic storm--the most intense in nearly 6 years. The cause of the storm is still unclear; it may have been the ripple effect of a near-miss CME on March 23rd.

"Aurora pillars were visible from Shenandoah National Park in Central Virginia," says Peter Forister, who photographed the light show at latitude +38.7 degrees:

"Beautiful red and green colors were visible to the naked eye around 11 pm local time," he says. Other notable low-latitude sightings were made in Colorado (+38.7N), Missouri (+40.2N), Colorado again (+38.3N), Nebraska (+41N) and North Carolina (+36.2N). More than half of all US states were in range of the display.

Not every light in the sky was the aurora borealis, however. There was also #STEVE
enter image description here

Never miss another geomagnetic storm. Sign up for Space Weather Alerts and you'll receive a text message when magnetic storms erupt. Aurora tour guides and professional astronomers use this service. You can, too!

SEVERE GEOMAGNETIC STORM: Forecasters did not see this one coming. On March 23-24, auroras spread into the United States as far south as New Mexico (+32.8N) during a severe (category G4) geomagnetic storm--the most intense in nearly 6 years. The cause of the storm is still unclear; it may have been the ripple effect of a near-miss CME on March 23rd.

"Aurora pillars were visible from Shenandoah National Park in Central Virginia," says Peter Forister, who photographed the light show at latitude +38.7 degrees:

"Beautiful red and green colors were visible to the naked eye around 11 pm local time," he says. Other notable low-latitude sightings were made in Colorado (+38.7N), Missouri (+40.2N), Colorado again (+38.3N), Nebraska (+41N) and North Carolina (+36.2N). More than half of all US states were in range of the display.

Not every light in the sky was the aurora borealis, however. There was also STEVE:

Joseph Shaw photographed the luminous ribbon over Bozeman, Montana. It also appeared over South Dakota, Washington State, Idaho, Montana again, and Scotland.

STEVE (Strong Thermal Emission Velocity Enhancement) looks like an aurora, but it is not. The phenomenon is caused by hot (3000°C) ribbons of gas flowing through Earth’s magnetosphere at speeds exceeding 6 km/s (13,000 mph). These ribbons appear during strong geomagnetic storms, revealing themselves by their soft purple glow.

This remarkable and surprising storm began on March 23rd when magnetic fields in the space around Earth suddenly shifted. In the jargon of space weather forecasting "BsubZ tipped south." South-pointing magnetic fields can open a crack in Earth's magnetosphere and, indeed, that's what happened. Earth's "shields were down" for almost 24 hours, allowing solar wind to penetrate and the storm to build to category G4.

These developments may have been caused the close passage of an unexpected CME. The storm cloud could have left the sun on March 20-21 when SOHO coronagraph data were unusually sparse. We didn't know it was coming. For aurora watchers, it was a welcome surprise.
https://spaceweather.com/