Of course I understand what ions are.
Do you understand what a cathode is and why the Earth is clearly not a cathode?
Who said the earth is a cathode? The cathode is out at the heliopause. If you are going to attempt to argue against EU theory at least learn what EU theory teaches, instead of what idiots on blog sites tell you it says. They don't know what it teaches anymore than you do apparently.
http://electric-cosmos.org/SunsEfield2013.pdf
"The cathode (ground) in this discharge is a virtual cathode a surface located at a large distance from the Sun, several times the distance of the outermost planets. The entire volume from the Sun out to the cathode contains plasma. Thus the name solar plasmasphere is used to describe it. The outer surface of this plasmasphere is called the heliopause and is probably a plasma sheath either a single or double layer (DL) of electrical charge."
http://electric-cosmos.org/SolarElecFlux2013.pdf
Electric Sunbeams | thunderbolts.info
Magnetic Froth | thunderbolts.info
Watch the language. You are breaking the rules on "flaming".
What language, calling the nonsense you are spouting nonsense? Evident from the fact that you think the EU teaches the earth is a cathode. The earth is also positively charged, just less than the Sun. All bodies in the solar system in stable orbits are positively charged, with decreasing positive charge the further from the Sun one gets. This is why comets electrically discharge as they near the Sun, because they are mostly negatively charged from the time spent in the outer solar system.
The Electric Comet | Full Documentary - YouTube
And yes, we would want to shield spacecraft against the solar wind. Why do you think we wouldn't want to? In fact if the solar wind were only one charge it would be extremely easy to shield our ships. If the wind was positive a strong positive charge would shield our ships and vice versa if the wind was negative. The fact that it is electrically neutral means we have to protect against both positive and negative charges.
No, if it was truly electrically neutral, neither positive nor negative charge would build up. This is why all atoms on earth are considered electrically neutral.
Electric charge - Wikipedia, the free encyclopedia
"
The motion of electrons in conductive metals in a specific direction is known as
electric current."
Also the motion of electrons or protons in a specific direction is known as electric current.
Electric current - Wikipedia, the free encyclopedia
"An
electric current is a flow of
electric charge. In electric circuits this charge is often carried by moving
electrons in a
wire. It can also be carried by
ions in an
electrolyte,
or by both ions and electrons such as in a plasma.
"
Lastly your own article states that the wind is neutral in total. Try reading it again. Their are both ion flows and electron flows striking the Moon. The ions would be positive and of course the electrons are negative.
Perhaps you should ask for some help on the articles?
No, it says it is overall neutral, not totally neutral, and also the article on spacecraft charging told you the electrons are moving faster than the protons, causing a voltage differential. You try reading them again, and maybe you should ask for help understanding basic science. This is why the solar wind causes ion beams on the moons surface, something an electrically neutral gas would not do, just as air flow from even hurricanes do not cause them on the earth, because the air "IS" electrically neutral overall.
It is neutral when one measures one area of plasma against it's neighboring area. But it is not neutral when one measures the solar wind against any other object within that space, or areas separated by distance. I think you are confused about voltage.
A 9V batter is not 9V absolute. It is 9V compared to a specific point chosen as ground. It can be 9V to that and at the same time -25V compared to you and -250V compared to the moon, etc.
Electrical curriculum: What is Voltage?
"How High is my Voltage?
Can an object have a certain voltage? No. Why not?
Well, please tell what my distance is. What is my distance? That's a ridiculous question, because I didn't tell you my distance FROM WHAT. Voltage is a bit like length; it is a measurement made BETWEEN two things. My distance is 300ft above sea level, but simultaneously my distance is also 1cm from the floor (since I'm not barefoot,) and it's also 93 million miles from the sun. My voltage might be -250 Volts in relation to the earth, but it also might be billions of volts when compared to the moon. Volts are always measured along the flux lines of electric field, therefore voltage is always measured between two charged objects. If I start at the negative end of my flashlight battery, I can call that end "zero volts", and so the other end must be positive 1.5 volts. However, if I start at the POSITIVE end instead, then the positive battery terminal is zero volts, and the other terminal is negative 1.5 volts. Or, if I start half way between the battery terminals, then one terminal is -.75 volts, and the other terminal is +.75 volts. OK, what is the REAL voltage of the positive battery terminal? Is it actually zero, or actually +1.5, or is it +.75 volts? Nobody can say. The terminal can have several voltages at the same time. But this is no big deal, because neither can anyone tell you the battery's distance! We can easily imagine the distance between two points, and we can also imagine the voltage between two points. But single objects don't "have distance", and single objects also don't "have voltage."
Even NASA understands this, why don't you?
NASA - The Electric Atmosphere: Plasma Is Next NASA Science Target
" But life on Earth is substantially different from, well, almost everywhere else. Beyond Earth's protective atmosphere and extending all the way through interplanetary space, electrified particles dominate the scene. Indeed, 99% of the universe is made of this electrified gas, known as plasma."
Only you and uniformed astronomers think it is an electrically neutral gas. Electrically neutral simply means it does not posses an abundance of positive or negative charge, not that it does not carry current. Current can be negative, positive
or both. We will post it again as i doubt you read it the first time.
"An
electric current is a flow of
electric charge. In electric circuits this charge is often carried by moving
electrons in a
wire. It can also be carried by
ions in an
electrolyte,
or by both ions and electrons such as in a plasma.
"
"A flow of positive charges gives the same electric current, and has the same effect in a circuit, as an equal flow of negative charges in the opposite direction. Since current can be the flow of either positive or negative charges,
or both, a convention for the direction of current which is independent of the type of
charge carriers is needed. The direction of
conventional current is arbitrarily defined to be the same as the direction of the flow of positive charges."
You make such ab big deal over the term electrically neutral when you do not even understand what it really means.