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Tunguska explosion and the Earth's magnetic field

For at least a century, the geophysicists have been wondering about the future of the Earths magnetic field and whether it is going to flip, while the astrophysicists have been wondering what kind of celestial body exploded on June 30, 1908 by the river of Podkamennaya Tunguska. Using the data recently made available by NOAA , we demonstrate an intimate relationship between the two, previously thought completely unrelated, phenomena. Fig. 1 shows the Earths magnetic field in 2015, it had three maxima: 1) North-Eastern at 61.6° N, 103.2° E, value 61 656.2 nT; 2) North-Western at 62° N, 100.8° W, value 5 9017.1 nT; 3) southern at 60.3° S, 136.4° E, value 67 001.9 nT. NOAA’s model of the Earths magnetic field https://www.ngdc.noaa.gov/geomag/calculator s/magcalc.shtml#igrfgrid reveals that the NorthEastern maximum did not exist until about 1765; once it appeared, it has been moving towards the epicenter of the Tunguska explosion (ETE) at 60.917° N, 101.95° E. The positions of the North-Eastern maximum on 1765/ 1/1, 1780/1/1, 1908/6/30, 2019/2/10 are