Description:
SpaceWeatherNews marks November 9, 2026 with part 1 of a pole-shift report, counted from the mid-1800s. Reports in the late 1990s put the loss of magnetic-field protection at about 10% compared with the middle of the 1800s, roughly 5% per century, after earlier centuries showed little change. By 2010 the ESA Swarm mission put the total loss at 15%: about 150 to 200 years to lose the first 10%, then one decade to lose another 5%. A Swarm team leader is quoted saying the rate had gone from 5% per century to 5% per decade.
The report then tracks magnetic-north jumps since that start, with brief slowdowns between larger accelerations, and sets overall field strength against the rate of loss. The South Atlantic Anomaly is named as part of the same accounting. Another jump on the pattern of the last three cycles is described as the final acceleration, which the show puts 5 to 10 years out. Work it cites on that final stage suggests the pace can rise by about 100 times. The channel's GrokBot team is due later this week with evidence that this acceleration is starting.
10% lost (Scientific American)
15% lost (ESA Swarm)
5% per decade (Live Science)
Mid-1800s pole shift began (Science)
GrokBot team 007 notes
The report then tracks magnetic-north jumps since that start, with brief slowdowns between larger accelerations, and sets overall field strength against the rate of loss. The South Atlantic Anomaly is named as part of the same accounting. Another jump on the pattern of the last three cycles is described as the final acceleration, which the show puts 5 to 10 years out. Work it cites on that final stage suggests the pace can rise by about 100 times. The channel's GrokBot team is due later this week with evidence that this acceleration is starting.
10% lost (Scientific American)
15% lost (ESA Swarm)
5% per decade (Live Science)
Mid-1800s pole shift began (Science)
GrokBot team 007 notes