The Bad Guy's Answers
I haven’t got around to your tape yet but noticed your replies and decided to answer them.
Gravity pulls on my derriere while it's in the chair. It pulls my derriere down to the earth. I exert an equal and opposite gravitational force on the entire planet earth pulling the entire planet towards my chair.
Yes this is so, I agree! I think you meant “down towards the earth.” Of course we both know earth's gravitational response to your mass is miniscule.
So my derriere, my chair, and the planet are all squashing together. But something keeps us from being a big pile on the floor.
I agree but "all are not squashing together," but rather you and the chair are being pulled towards the Earth and yes the Earth is pulled towards both. Obviously, the gravitational force between a chair, your derriere and the planet is not strong enough to squash them. Further the EM force bonds atoms and molecules and thereby holds things like our bodies and chairs together. It is gravity that keeps us on the ground.
That is EM--acting as a repulsive force. And it's the same thing that keeps the chair from going through the floor, the floor from going through the foundation, the foundation from going through the ground, the ground from going through the mantle, and so on.
EM only acts as a repulsive force per sec between particles that have the same charge (i.e. + & + or - & -). The objects in question are EM neutral and therefore don’t interact repulsively.
Now, I’m going to change the example for the sake of simplicity and it will be a glass cup on a glass table. The molecules are all locked into a solid state in both objects and the cup doesn’t fall through the table because their molecules don’t interact enough. (Interacting neutral objects do exchange surface electrons producing the force of friction. This is what allows us to get enough grip to walk and other things. Static electricity is a slight build up of an electric charge on objects). However if you heat up the glass of both objects enough they would melt into each other. This is because the EM bonds in the liquid state are weaker than in the solid state and now the molecular interaction increases. Given even more heat, you could reach a gaseous state. Here the EM bonds are weaker still. Heat even further and we get the plasmic state, like that in our Sun. In plasmas all the atoms are ionized and/or are ions or charged particles. Not all plasmas are extremely hot. The issue is about the strength of EM atomic/molecular bonds and the related degree of interaction capacity with other atoms/molecules. This doesn’t have anything to do with EM repulsion in neutrally charged objects. This has never been detected.
Yes, the entire planet earth gravitationally pulls on my derriere, and my derriere likewise pulls on the entire planet earth. But my derriere, over an extremely small gap, pushes on that tiny little chair, and that tiny little chair pushes against my derriere, and the result is a repulsion equal and opposite to the attraction of my derriere to the entire planet earth. And that is why my derriere is in the chair and not in the floor.
Sorry … that’s NOT the case. I assume the repulsion you speak of is due to EM? Your derriere doesn’t EM push on the chair, gravity pulls you down onto it. The chair doesn’t EM push up against your derriere (what’s that an example of a tiny amount of anti-gravity, levitation?) If you throw a ball into the air and it falls down and hits the ground, the ground doesn’t instantly EM push up against the ball on impact! But yes we do sit in chairs. See my above comments for the reasons.
All of this is not the Theory of PixyMisa, but mainstream physics. And that is what keeps Jupiter from collapsing more than it is. If it didn't, we'd sink into the earth like a rock in a pool. And gravity would be the force tugging us down.
I don’t know what PixyMisa thinks of what you wrote but a lot of it is NOT mainstream physics. Jupiter is a gaseous planet and the EM bonding in gases as I noted earlier is weak. However as I noted before, all of the Standard Model forces gravitate and they (including EM) do NOT repulse gravity. Gravity holds Jupiter together. It’s not collapsing because its mass/energy content is not high enough. If it accretes enough mass then, yes it could begin collapsing.
Further, although you didn't raise this issue, the EM force is also not holding the Sun together nor preventing it from collapsing. The Sun’s energy is produced by nuclear fusion & it radiates outwards. It is balanced by the force of gravity. This is why the Sun maintains its basic shape and size. In some 5 billion years or so the nuclear fuel will begin to run out. It’s a long story but briefly the heat lowers and the Sun swells and becomes a Red Giant. The inner planets will be engulfed. EM doesn’t play out, as you and Pixy suggest on planets, here either.
Thanks for your comments! At least you are rational and write more than one word, one line answers. And yes, I've asked Pixy Misa questions that she didn't answer. I didn't repeatedly insist she do what I wanted. I also posted an earlier rebuttal that she has yet to address. She has given me references that don't contain what she claims. I've asked for clarification on her references and didn't get it. She claimed to have posted the essence of her thinking and didn't. I asked for the post that contained it and didn't get it. It's all in the posts/record; read them. I simply got tired with of all of the baloney. Pixy is probably a fine lady but she is not someone I want to discuss physics with. Others have been rude to me and I've responded in kind. And ... of course ... I'm the bad guy!
I will have more to say on this later! I’m sure you people will disagree but after all the posts are done, it will be a good time to take them to the SMT people. I don't know who would want to wade through all of this; but I've heard that's what they do.