Investigations include studies of ionospheric disturbances around the globe, from Antarctica to the tropics, and complex simulations of these effects of these disturbances on communication, navigation ...

Coronal mass ejection from the sun at the same time as a recent X4.5 solar flare is about to collide with the Earth.

China’s LARID detected equatorial plasma bubbles (EPBs) above the Midway Islands and Egypt’s Pyramids, aiding research in ...

November 2023, a disastrous SpaceX launch, which saw the explosion of not one but two rockets, offered a rare opportunity to ...

The powerful LARID radar in Hainan, China, can detect plasma bubbles in Earth’s upper atmosphere up to 9,600km away.

The LARID radar can detect plasma bubbles, an unusual weather phenomenon that disrupts satellite communications and GPS by ...

Holy Fail When SpaceX's Starship rocket blew up — for the second time — it punched a hole open in our atmosphere, according ...

For the next solar eclipse in April 2024 another experiment is scheduled, which will give even more ham radio operators the chance to sign up and contribute to ionospheric science. Top image ...

China’s LARID radar detects plasma bubble over Giza. LARID can detect plasma bubbles in Earth’s upper atmosphere upto 9600km ...

A new study from Russian scientists claims that the unexpected detonation of SpaceX's Starship rocket during a test flight in November 2023 tore an "ionospheric hole" in the upper atmosphere.

Ionospheric disturbances can affect not only satellite navigation but also communications and radio astronomy. As launch frequencies increase, these effects might become more of a problem.

Chinese scientists have detected massive plasma bubbles over the Egyptian pyramids and Midway Islands using advanced radar ...