From the second half of the day on June 27, 2025, the geomagnetic situation on Earth began to stabilize. This happened after weak G1-level storms caused by a coronal hole, according to the Solar Astronomy Laboratory of the Institute for Space Research (IKI) and the Institute of Solar-Terrestrial Physics (ISZF).
The still high speed of the solar wind, which remains at 700-800 km/s throughout the day, i.e., twice as high as normal, prevents us from announcing the official end of the event. Except for this (and maybe the temperature), the parameters of the near-Earth plasma have returned to normal. Calculations show that the speed should also return to normal by tomorrow morning, but some tension will remain until then.
According to scientists' forecasts, after the end of the influence of the coronal hole, a "dead season" will come on the Sun. Because no more activity is observed.
Earlier www1.ru reported that a coronal hole on the Sun caused magnetic storms on Earth on Friday.
Read related materials:
Powerful magnetic storms due to a coronal hole on the Sun are expected in the coming days
Summer solstice on June 21: The Sun will reach its maximum height at noon
Now on home
The invention reduces thermal and shock loads on the separable warhead, increasing reliability and accuracy
The development increases efficiency with optimal explosive weight
The 6-speed manual transmission was tested for a lifespan of 190 thousand kilometers
The device discovered underwater heat sources
Similar software remains in Google Play for now
The new method makes it impossible to spoof the digital identifiers of drones
The pensioner clicked on a link in a message supposedly from an ad platform, after which the attackers convinced her to give the money to couriers
Of the 678 passenger ships, some have been in operation for more than 30 years, all using internal combustion engines
The body volume exceeds 20 cubic meters - while the car remains within the dimensions of a standard chassis
Two relay satellites conducted 17 sessions of telemetry and command transmission during docking with the ISS