Scientists left baffled as they make major Magnetic North Pole discovery

Scientists at the British Geological Survey have recently made a groundbreaking discovery regarding the Earth's magnetic North Pole, which has baffled them. As of November 16, 2024, new measurements indicate that the magnetic #NorthPole is moving towards #Russia at a significantly slower pace than in recent decades, with its current speed decelerating to approximately 15 miles per year. This marks a #notable shift from its previous #trajectory, which had seen the pole accelerating dramatically over the last few decades.

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Historically, from 1600 to 1990, the #magnetic North Pole moved at a relatively stable rate of about six miles per year. However, starting in the 1990s, it began a rapid journey towards Siberia, reaching speeds of up to 34 miles per year by the early 2000s. The recent slowdown is unprecedented and diverges from established patterns of movement, prompting scientists to investigate the underlying causes.

Real Souces  https://www.gbnews.com/science/scientists-left-baffled-as-they-make-major-magnetic-north-pole-discovery

 The magnetic North Pole's movement is influenced by complex processes within the Earth’s outer core, where molten iron creates the planet's magnetic field. These processes are driven by heat escaping from the core, causing unpredictable shifts in the magnetic field that can affect navigation systems globally. The World Magnetic Model (WMM), which is crucial for navigation tools used in aviation and maritime operations, is updated every five years to reflect these changes. The unexpected slowdown has necessitated an early update to ensure accuracy for users relying on these systems. Phil Livermore, a researcher at the University of Leeds, has suggested that this unusual behavior may be due to competing magnetic forces located beneath Canada and Siberia. Recent changes in the Canadian magnetic patch could be contributing to this new eastward drift of the pole. As scientists continue to monitor these developments, they remain uncertain about whether the pole will revert to its previous path or continue on its current trajectory towards Russia.