The pressure continues to increase, all of the way to the very center, as the sum of the gravitational forces from above. It's just that there is less and less additional pressure. As an analogy, if 100 people were all trying to force their way into a nightclub from out in the street, and if the people furthest from the door were pushing the hardest, but the people nearest the door weren't pushing at all, because they can see that they're just not going to get let in, they still have all of that force behind them, even if they're not pushing, and it's the force of all of the people behind them, which might add up to a lot. Similarly, gravity affects the outer layers of the sphere the most, because most of the mass is in one direction, while in the center, the force is equal in all directions, so there is no net force. But the pressure increases all of the way to the core.viscount aero wrote:So according to Charles the whole issue of internal crushing (gravitic) pressure becomes irrelevant the farther down you go... things get "lighter."
There is an EU model for stars and planets, but it isn't very detailed, nor has it matured any in the last 10 years. Arguably, it's little more than a false dichotomy and an epiphany -- the standard model is wrong, so here's my idea... And that's the extent of it. Intractable problems have been identified, but they haven't been acknowledged, much less fixed. When a model goes that long, with as much interest as there has been in it, without showing any progress, it starts to suggest that it's fatally flawed. Unfortunately, the EU stance is, "This is our story and we're sticking with it." So no, you're not going to see any detailed explanations of stars and planets coming out of the EU.meemoe_uk wrote:I wish thunderbolts would put up a stellar and planet model on the website, all we've got is the essential guide for plasma and electricity in free space. Poor show if after around 100 years of EU theory starting with Birkeland we haven't agreed on any basic model on the sun and Earth. Anyone can say 'haha your wrong' when a star does something odd, but while the youtube vids on conventional science scratching there heads at every observation are fun we should really have a EU page for a solar + planets model offering a simple explanation to point to every time.
The Universe is very definitely electric, as I have demonstrated in many ways with the current-free double-layer model. The EU starts with electrodynamics, without ever identifying the charge separation mechanism driving the currents. Then they try to get the currents to do all kinds of stuff that currents just can't do. (To a hammer, everything is a nail, and to the EU, everything is a Birkeland current.) But I asked the question of what separates the charges, and the answer is proving to be an excellent platform for further inquiry. As I said in a previous post, the current-free double-layer model has enabled detailed explanations of a wide range of stellar and planetary phenomena. Combined with the toroidal plasmoid model of exotic stars, I haven't found anything that can't be explained, at least in terms that are considerably more specific than anything in the EU. And no intractable problems have been identified.
When a theoretical framework performs that well, it's time to consider the possibility that there is something right about it that enables the next level of understanding, so it becomes the one to study, and the one to beat if you're trying to go the next step. Forget about bashing the standard model -- we all know it's busted, and we all know that the mainstream scientific community doesn't care. So forget about them -- they'll only take note when they see us pulling out in front of them, and not caring about them...
Venus has almost no magnetic field, and it is the only planet with retrograde rotation (i.e., opposite from the Sun and the other planets and most of the moons), and it rotates the slowest of all of the planets, and its rotation rate is slowing down dramatically. So yes, it's the exception that proves the rule, that planetary magnetic fields are tied directly to the rotation of the planets.Ozelo wrote:Are there planets with almost no magnetic field? If yes, are there any weird difference on its rotation when compared (related) to planets with huge magnetic fields?