Roadhizzy
Jedi
@psychegram
Electric Sun comments:
Electric Sun comments:
Oops, mistype .. From what I've gathered studying the old EU and new Plasma Cosmology is that the birthing and early formation phase is nearly 100% electrical, but the far less dynamic older systems with rock bodies etc rely a lot more on gravitational force. Although the elephant in the room = what is gravity. Is mass even static. Is physics even static from one galaxy to the next. We project our reality and understanding out to the Cosmos, but very often we do not see what we expect. Or we have to add a hundred new footnotes. The reliance on dark energy, red-shift being absolute, dark matter, blackholes, etc I see as complete bollocks. Placeholders to make it work. Just like the cosmological constant. So much more to learn, and unlearn, by the time we arrive at UFT and elegantly simple mechanics that Nature ALWAYS run on (inho) Cheers!@psychegram
Electric Sun comments:
Precession is, conventionally, explained as a natural result of a spinning object with a torque applied at an angle to the axis of rotation. In the case of the Earth, the torque is a consequence of the rotational axis being tilted with respect to the orbital plane, together with the equatorial bulge resulting from the centrifugal force arising from the Earth's rotation.The guy behind the “See The Pattern” channel identified a link between our star and Sirius as being siblings in a dance around a Birkland filament that answered a lot of questions in a much simpler explanation of Astrological Precession than any conventional astrophysicist has been able to give…
The biggest question being WHY does the earth precess at all? (Unless there is an un-identified force acting on it…)
What you're missing is the density of the solar material and just the sheer amount of it. Nuclear fusion happens in the core, which is buried under a lot of stuff, and the deep stuff especially is very dense - 150 g/cm^3 (compare that to lead, 11 g/cm^3). When gamma photons are emitted in a given reaction, they don't just fly out into space because there's a lot of stuff between them and empty space. That means a given photon has a 'mean free path' - the average distance it travels before encountering an electron, ion, or atom - that is extremely short. Each time it encounters an electron, it's scattered off in a random direction. Each time it encounters an ion or atom, there's a chance it will be absorbed, after which it will be re-emitted. Each one of those interactions randomizes the path of the photon. Further, each time a photon is absorbed and re-emitted by an atom or ion, there's a good chance that rather than one photon of the same energy being emitted, several photons of lower energy (with the sum ultimately equalling the energy of the original photon) will be emitted instead.Missed one glaring failure of the solar nuclear model (too early, no coffee yet lol):
The observed radiation does not match fusion. The workaround is to say the radiation is trapped for 10000+ years in order to down-shift the gamma rads. Flares and CMEs disrupt the "containment field" should we not see signals of way higher nuclear wavelengths and particles?
The torque and precession implies a force acting to rotate the axis of rotation about a different axis.Precession is, conventionally, explained as a natural result of a spinning object with a torque applied at an angle to the axis of rotation. In the case of the Earth, the torque is a consequence of the rotational axis being tilted with respect to the orbital plane, together with the equatorial bulge resulting from the centrifugal force arising from the Earth's rotation.
The phenomenon can be observed in a spinning top.
What force is acting on the Earth to cause its rotational axis to rotate?
But if that were the case the earth would just flip over.The gravitational force of the Sun acting upon the Earth's equatorial bulge is what causes the rotational axis to precess.
The interaction between the earth’s magnetic field and that of the Sun, could possibly effect a constraint on axial rotation, but so far I have never seen anyone link the two…But if that were the case the earth would just flip over.
The precession of a top only happens because the axis of rotation is constrained by the contact point with the table.
If you have a gyroscope and apply a rotational force (and a typical Gyroscope can be said to have an equatorial bulge), it merely rotates the axis through precessional motion UNTIL the rotational force is dissipated.
Also, the torque on a top only exists BECAUSE of unbalanced forces and a constraint on its ability to balance that force.
Just hold a gyroscope in your hand and apply a rotation!
(Very few people have fully analyzed/understood precessional motion! It is not required to get a degree in Physics!)
Most Physics degrees gloss over gyroscopes!
If the earth were subjected to a rotational force, it would simply rotate its axis of rotation! It would not precess like a top!
The ONLY reason for precession like a “top” is if the axis of rotation were constrained in some way!
(Apologies: This was always a trick question! Precession of the earth like a top is impossible unless the earth is spinning on a table!)
At the center of Earth is the core, a ball with a mean radius of 3480 kilometres that is composed mostly of iron. The outer core is liquid while the inner core, with a radius of 1220 km, is solid.[1] Because the outer core has a low viscosity, it could be rotating at a different rate from the mantle and crust. This possibility was first proposed in 1975 to explain a phenomenon of Earth's magnetic field called westward drift: some parts of the field rotate about 0.2 degrees per year westward relative to Earth's surface. In 1981, David Gubbins of Leeds University predicted that a differential rotation of the inner and outer core could generate a large toroidal magnetic field near the shared boundary, accelerating the inner core to the rate of westward drift.[2] This would be in opposition to the Earth's rotation, which is eastwards, so the overall rotation would be slower.[3]
In 1995, Gary Glatzmeier at Los Alamos and Paul Roberts at UCLA published the first "self-consistent" three-dimensional model of the dynamo in the core.[5] The model predicted that the inner core rotates 3 degrees per year faster than the mantle, a phenomen that became known as super-rotation.[6][7] 1996, Xiaodong Song and Paul G. Richards, scientists at the Lamont–Doherty Earth Observatory, presented seismic evidence for a super-rotation of 0.4 to 1.8 degrees per year,[8][9] while another study estimated the super-rotation to be 3 degrees per year.[10]
But if that were the case the earth would just flip over.
The precession of a top only happens because the axis of rotation is constrained by the contact point with the table.
If you have a gyroscope and apply a rotational force (and a typical Gyroscope can be said to have an equatorial bulge), it merely rotates the axis through precessional motion UNTIL the rotational force is dissipated.
Also, the torque on a top only exists BECAUSE of unbalanced forces and a constraint on its ability to balance that force.
Just hold a gyroscope in your hand and apply a rotation!
(Very few people have fully analyzed/understood precessional motion! It is not required to get a degree in Physics!)
Most Physics degrees gloss over gyroscopes!
If the earth were subjected to a rotational force, it would simply rotate its axis of rotation! It would not precess like a top!
The ONLY reason for precession like a “top” is if the axis of rotation were constrained in some way!
(Apologies: This was always a trick question! Precession of the earth like a top is impossible unless the earth is spinning on a table!)
There could be many factors that could cause the earth to wobble like a top…@woneill1701 Well, I think there are several factors involved for the precession and from my point of view, if we add up it is gravitational and electromagnetic. I started to do some research very quickly and I found the Inner core super-rotation
Assuming this opposite/contra-rotation, it could result in the actual precession of the axis and its stability because when there is such counter-rotation, torque is usually minimized. Now if the magnetic field weakens or strengthens, that can (?) changes the velocity and therefore could induce torque.
But what could alter the earth's magnetic field? Assuming EU theory and plasma cosmology, electromagnetic changes in the solar system would be the torque-inducing factor. Perhaps there is a whole chain of events, as in cascade coming from the galactic nucleus through the Pleiades, Arcturus, arriving to our solar system.
Wrong!The Earth is a big object. It has an absolutely ridiculous amount of angular momentum compared to a gyroscope.
Note that the gyroscope precesses until its rotational kinetic energy is dissipated, at which point it falls over.
The Earth, of course, will never "fall over" since it's not balanced on a table. Its rotation period is, however, slowing, thanks to tidal friction from the Moon. Hundreds of millions of years ago, the day was much shorter; in the distant future, it will be much longer. Obviously, if the Earth's rotation were to be slowed to the point of basically stopping, precession would also cease (although I believe the Sun is expected to become a red giant long before then).
The torque on the Earth also exists due to unbalanced forces - in particular, the gravitational tug of the Sun, acting on the Earth's equatorial bulge, which is not in balance because the Earth's rotational axis is tilted wrt the orbital plane.
Wrong!
The Earth IS a big gyroscope! Its equatorial bulge doesn’t make it different to any other gyroscope. Gyroscopes in free space don't automatically precess their axis in a constant gravitational field.
If it were subjected to a rotational force it would flip over. Obviously, it’s inertia would make the speed of the flip proportional to the strength of the force, but it would flip in a single motion.
It wouldn’t wobble!
(Unless, of course the force causing the Torque was itself oscillating.)