I'm looking forward to the result.
Some physicists suggest gravity may be merely inertia from an expanding universe. But there is also gravitational lensing and a big part of our universe call the Great Wall which seems to defy the Big bang theory as it's moving off in another direction by what they call The Great Attractor. Some say it's another universe. Fascinating captain.
)It has been accepted that gravity is directly porportional to matter in space time. Higgs Boson Particle.
Ok this has just got to be said as well
Things aren't always what they seem to be.
Water is a fluid, and it's wet. That's how we experience it, from a human point of view. But when looking closely, we can see now that water is made of pretty solid atoms, and these atoms aren't wet. We usually don't know about the details, we only experience the group effect, how zillions of details act together.
We see hot and cold as opposites, but there is no cold really. If something has a temperature, it's always a positive value. And deeper; we call the average effect of many vibrating atoms "temperature". Temperature is not a primary basic element, it's yet another "illusion".
Light is invisible. It's the collision of light on your nerves that you can sense. The world we live in is, from a detail point of view, founded on illusions, seeing group effects and almost blind to the details that really make our word.
So, how about gravity? Very large amounts of atoms together, like the Earth, have a gravitational field, a relative weak force, that attracts the mass of other atoms. But what is really going on?
Complex things are a collection, made of a larger number of less complex things. Gravity as we know it, is probably a complex thing, no primary basic element. To learn more about gravity, we have to forget what we know from daily life, and zoom in on the situation. Force might be a primary basic element, but there's probably no "magnetic force" and "gravity force". When a yellow car hits a wall, there is force, but not "yellow car force".
Energy level
A tree letting go of an apple; the apple accelerates to the Earth.
To accelerate an apple in space with a rocket costs energy. Does the Earth's gravitational field generate energy out of nothing? I don't think so. I think an apple closer to the ground contains less energy than an apple in a tree. The amount of energy that can come from dropping it is equal to the loss of energy. Similar to atoms coming together in a chemical reaction, making molecules and releasing energy.
Straight through mass
The force fields of gravity and magnetism can go straight through us, with only a little effect. Makes me wonder what more can go straight through us. Are there things that can go through us without any effect? If there are, it is impossible to sense them. Smart people concluded that atoms in our body are mostly "empty" space, leaving lots of room for stuff to travel through us, with no or hardly any interaction.
What can be observed: Gravity
- Mass has or causes a gravitational field in and around the space it's in.
- It costs no energy to maintain the force field.
- Gravity is a weak force, relative to other forces. It takes the mass of the whole earth to produce 1G on a small stone, while a simple string can carry that stone. The forces that keep molecules together are so much stronger than gravity.
- A planet has no gravity poles (like magnets have a north and south pole)
- The stronger the force of gravity in an area, the slower speed of time goes there.
- The gravitational field penetrates every known material. There is no known way to shield gravity. Although some have claimed a reduction of between 0.5 to 2% in weight, above fast rotating superconductors.
- Gravity can bend the path of light.
- A gravitational field reaches very far. No limit of distance is known.
What can be observed: Magnetism
- A permanent magnet uses no energy to maintain its force field.
- A flow of electrons creats a magnet field.
- A magnet has poles (north & south). A magnetic monopole is not know yet.
- An electro magnet uses energy to maintain its force field, unless it's a superconducting one (?).
- When shutting of the power to an electro magnet, the force field collapses, which produces an electric current while collapsing.
- Even atoms have tiny magnetic fields.
- A permanent magnet can be made by aligning the spin of hot atoms, in a magnet field, and then freezing their positions, by cooling.
- Not all atoms are attracted a magnetic force field.
Part of the energetic system of an atom, are one or more electrons. Electrons can be on their own also. A stream of electrons we call an electric current. When an electric current flows, it creates a magnetic field. This is easy to prove with a compass (that contains a permanent magnet)
As long as the current flows, there is a magnetic field. Less people know that it costs energy to create a magnetic field, and that when turning of the power, the field collapses and produces power.
Superconducting
Through superconducting materials, electrons can flow without resistance. Superconducting material has no interior magnetic field; the Meissner effect is the expulsion of a magnetic field from a superconductor during its transition to the superconducting state. No magnetic field inside.
we couldn;t so what does magnetics really do well with out magnetics Birds and other species wouldn;t know where to go as well as Airplanes GPS the list goes on right the poles help reflect radiation away from us or we would all be dead magnetism is allot more indepth then what some people might think
Why is it no matter how to plant a seed the roots will always GO DOWN why is that ??? could it be magnetism in the earths core ?????
you got to realize as well no matter what they will still grow .
Come on Robert,this person takes the time and effort to do a study for US based on some pretty credible scientific knowledge and you say that.I remember back in the day some folks had an idea of growin without hoods,ya know vert style, how has that worked out for folks?? Heath came along and folks doubted his ideas.I know that is a far cry from this topic but.There are plenty more examples of what I am trying to say ....but I am so stoned and my mind is not allowing me to state all of the ideas I came up with when I saw your post. I guess what I am trying to say is that, I in some way agree with what you say,BUT, I will never just come right out and be rude to someone who is willing to think outside the box. That is how many great things happen.In short, if the magnet thing does not prove to be a benefit for our plant of choice, I will still acknowledge and show respect to the person who gave his time to try something that I have not. Damn I hope what I said makes sense.Anyway
to OP.
