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Originally posted by mgmirkin
www.junkscience.com...
Notice the downturn trending in the graph over the last 3-4 years? Seems we' may still be in the overall downturn (though still with some variability).
I'm wondering, from some of my recent readings and notions about the sun versus the Birkeland terella, whether the opposite of your statement true:
IE, if the increase/decrease in solar cycle is due to external current flow, then perhaps the decrease in current flow to the sun has led to a decrease in current flow to the Earth, as well.
Might that lead to the decrease in the Earth's field? An open question, purely speculative. Interesting, nonetheless.
Originally posted by ZeuZZ
The flow of ions in the solar wind is essentially an electric current, these currents are able to generate heat and warm the upper atmosphere of the earth. So we get direct electrical energy from the particles, aswell as the EM energy traditionally accepted from light.
I suspect that the orbits of the planets are also effected in some way by electrical activity, as it has been shown recently that the magnetic fields of Earth and the sun are linked.
Actually i would go even further and say it is more likely that gravity is an electrical effect, and most objects are held in orbit by magnetism and the forces in space plasma, rather than incredbly weak gravity.
Originally posted by buddhasystem
Originally posted by ZeuZZ
The flow of ions in the solar wind is essentially an electric current, these currents are able to generate heat and warm the upper atmosphere of the earth. So we get direct electrical energy from the particles, aswell as the EM energy traditionally accepted from light.
I disagree with that based on this fact: the astronauts who spend any amount of time in orbit would be quickly cooked right inside their space vehicles if such energy transfer was of any significant value.
By cross checking the orbital motion of the planets and their moons in the solar system, it is possible to see if it matches with a purely gravity driven picture. And you know, it does. Scientists calculate minute perturbation of the motion of space probes based on gravity, not on an extra magnetic force. To me, that's a clear proof that such force is negligible.
There is indeed direct pressure from solar wind and one can build a solar sail, but that's still a minor effect compared to gravity.
Originally posted by ZeuZZ
And astronomers do get damaged by the particles in space, radiation from the solar wind permeates the enitre spaceship and the astronoughts. Thats why the temparature is not absolute zero until you get really far away from the sun.
The Universal Theory of Gravity is often taught in schools as a “fact,” when in fact it is not even a good theory.
Anybody can look up at night and see the obvious gaps in gravity theory
Solar snail? please explain.
Originally posted by buddhasystem
Originally posted by ZeuZZ
And astronomers do get damaged by the particles in space, radiation from the solar wind permeates the enitre spaceship and the astronoughts. Thats why the temparature is not absolute zero until you get really far away from the sun.
You stipulated that the upper atmosphere receives significant amounts of heat from the solar wind. This would mean that astronauts would receive a lot of heat, too. Even now they have to fogure our strategy to minimize radiation exposure from solar flares, but if the flux was so large as to cause heating... Man that'd be nasty. So it's a nice thought but doesn't work out.
The Universal Theory of Gravity is often taught in schools as a “fact,” when in fact it is not even a good theory.
It's good enough for us to steer a probe around Saturn, then turn it and direct it to the center of the Solar systems, do a few flybys and finally crash it on purpose into Mercury. If this precision of gravity calculation doesn't impress you, I don't know what will.
Anybody can look up at night and see the obvious gaps in gravity theory
I didn't say "snail". I said "sail". You can easily research it on the web.
Originally posted by ZeuZZ
I didn't say "snail". I said "sail". You can easily research it on the web.
My mistake I was thinking snail?, never heard that before
Plasma Cosmology appears to be a Metaphysical Cosmology that attempts to incorporate and reconcile some aspects of process philosophy with the parts of Physical Cosmology that are not inherent to and dependent on the BB paradigm. Cosmogony of the universe itself (as opposed to solar systems, which are considered) takes a back seat in this framework, as the focus is switched to the current processes and manifestations of observables.
Originally posted by DarkSide
I just found out thanks to all the posts about plasma that the suns corona is much hotter than it's surface which contradicts the laws of thermodynamics. As said somewhere else it would be like sitting infront of an oven and feeling hotter 5m away from it than next to it. How does standart theory explain this? How does plasma universe explain it?
Originally posted by Ionized
Process philosophy comes into play in a much greater extent under this paradigm. The gravitational, object oriented viewpoint is replaced by an electromagnetic, process oriented viewpoint.
Originally posted by mgmirkin
Don Scott explains it in his monograph "The Electric Sky," which I don't have right in front of me, or I'd quote it. Perhaps later, when I get home.
So, it's a bit nonsensical to think that the sun's outside layer(s) should be so much hotter than its inside layers. IE, corona @ several million K, chromosphere around 20,000-50,00 K and the photosphere is a whopping (only) 5000 K, give or take. The question of why it seems to get cooler as you move inward is a good one, if one assumes the sun's "furnace" "fusion reactor" is internal, shouldn't the INSIDES be hottest, and shouldn't there be a gradient of temperature getting cooler and cooler as you get further away from the core?
Perhaps that's oversimplifying. Granted. But still an open question to those "in the know."
It does this by showing that charged particles are not much affected by external electrostatic forces when they are within the photosphere, only diffusion motion and Brownian motion occurs. Temperature is simply the measurement of the general kinetic energy of particles. This means that the ions have their maximum potential energy when they are in this photospheric plasma; however their mechanical energy is relatively low. At a certain point when a +ve ion randomly moves out of the photosphere and into the electric field (voltage gradient) it will result in it being accelerated outwards. The particles are basically transferring the high electrical potential energy they had in the sun into kinetic energy by gaining an extremely high outwards radial velocity. In this region between the photosphere and lower chromosphere the ions become very organised (parallel) and they are much more diffuse, thus their temperature, which is a measurement of their random motion, drops to a minimum.
When these rapidly travelling particles travel through the chromosphere they move beyond the outwardly directed e-field force that has been accelerating them, (ie, they have reached the bottom of the hill and are now moving much faster than they were at the top). Because of their kinetic energy any collisions at this point involve a lot of energy, and create high amplitude random motions, therefore ‘re-thermalizing’ these ions to a much higher temperature as they react with each other after gaining their original burst of energy.
An asteroid similar to the one that flattened forests in Siberia in 1908 could plow into Mars next month, scientists said Thursday.
The Mars Reconnaissance Orbiter, which is mapping the planet, would have a front-row seat. And NASA's two JPL-built rovers, Opportunity and Spirit, might be able to take pictures from the ground.