⚠️‼️Look out! We just got magnetic level 7+ alerts from magnetometers around the world! Something big may be about to happen. Moon just crossed the Eurasian Plate to the Indian Plate and Antipode crossed to the Nazca Plate. Could be an upcoming solar flare or a big earthquake. The M 5.2 quake in Afghanistan does not seem to be big enough to be the resolution of these alerts.

Why theoretical ECDO models, based upon our current understanding of physics, are premature... until we up our level of understanding of the incumbent physics - our focus should be on development of elegant empirical system descriptions... To wit: Scientists at Japan’s Okinawa Institute of Science and Technology (OIST) have demonstrated that manipulating the quantum spin of electrons within a diamond can produce a magnetic force capable of moving a much larger physical object. In simple terms, by organizing the magnetic behavior of the electrons within a crystal lattice, researchers were able to generate measurable mechanical motion in the larger object it composes, without any physical touching of the object itself. This finding is particularly interesting inside ECDO Theory because the Earth’s inner core may possess a highly ordered, hexagonal close-packed (HCP) iron crystalline structure, potentially hosting unusual collective electronic behavior - conceivably even a form of electron crystal. While such an electron-crystal state remains hypothetical, the possibility raises an intriguing question: Could the Earth's core behave as an enormous, naturally occurring motive-electromagnetic crystal? Under ECDO Theory, the Earth's core is postulated to be more than simply a passive mass of iron generating a magnetic field. It could potentially act as an electromagnetically-motive crystalline system, capable of reorganizing its electronic and magnetic states and transmitting forces through the liquid outer core into the surrounding mantle - while holding itself in place in relation to the solar ecliptic. Just as the OIST researchers demonstrated here that microscopic electron-spin changes can produce macrosocpic motion, ECDO proposes that electromagnetic changes within Earth's core might generate torque sufficient to impel the mantle into rotational displacement. This illustrates a relevant physical principle: Changes in the organized magnetic behavior of electrons can produce exotic mechanical motion in much larger systems. oist.jp/news-center/news/202…

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Working on a new test of the Dzhanibekov part of ECDO. Earth currently spins near its maximum inertia axis, C, so it’s stable. A Dzhanibekov instability requires the spin to approach the intermediate axis. So, how much mass redistribution would be required to change the inertia tensor enough to make that happen? I’m using the same tomography models and LLSVP geometry from my preferred axis work.