5/8: From Glynce

A BILLION TONS OF PLASMA JUST LEFT THE SUN. 🚨🟣
What you are looking at is a massive Coronal Mass Ejection (CME)—a violent explosion of twisting magnetic fields and superheated matter bursting directly from the Sun’s atmosphere.
When an eruption of this unbelievable magnitude occurs, it blasts highly charged particles into deep space at millions of miles per hour. If a colossal storm like this were to score a direct hit on our planet, the resulting geomagnetic shockwave could cripple global satellite networks, blind our communication systems, and wipe out vulnerable power grids worldwide.
Monitoring extreme space weather and the unpredictable, raw power of our star here at Glynce. 🛰️
👇 Are we relying too heavily on fragile technology that a single solar storm could instantly destroy?

☀️🌍 SPACE WEATHER ALERT: M2.6 SOLAR FLARE DETECTED
A stunning M2.6-class solar flare has erupted just beyond the Sun’s northeastern limb, releasing a powerful burst of energy captured by NASA’s Solar Dynamics Observatory in extreme ultraviolet light.
🌞 The flare occurred on May 7 at approximately 14:30 UTC
🛰️ Captured by the SDO AIA131 instrument
⚡ Scientists believe an active sunspot region may soon rotate into Earth-facing view
The Sun has been increasingly active in recent weeks, producing flares, plasma eruptions, and heightened space weather activity that scientists continue to monitor closely.
🌌 Solar flares can sometimes impact radio communications, satellites, GPS systems, and even contribute to aurora activity around Earth.
🌍 Our star is alive with energy — and moments like this remind us how connected Earth is to the powerful forces of space.