Gravity..

Electric field exists because of continous exchange of photons.....quark exchanges gluons contineously.....in nuclear force continous exchange of muons take place.....
---wat about gravity?...how does two masses interact?...

I've already seen it. It contains no information relevant to a scientific understanding of anything.

Atoms are particles of elements, substances that can not be broken down further. In examining atomic structure though, we have to clarify this statement. An atom cannot be broken down further without changing the chemical nature of the substance. For example, if you have 1 ton, 1 gram or 1 atom of oxygen, all of these units have the same properties. We can break down the atom of oxygen into smaller particles; however, when we do the atom looses its chemical properties. For example, if you have 100 watches, or one watch, they all behave like watches and tell time. You can dismantle one of the watches: take the back off, take the batteries out, peer inside and pull things out. However, now the watch no longer behaves like a watch. So what does an atom look like inside?

Atoms are made up of 3 types of particles electrons, protons and neutrons. These particles have different properties. Electrons are tiny, very light particles that have a negative electrical charge (-). Protons are much larger and heavier than electrons and have the opposite charge, protons have a positive charge. Neutrons are large and heavy like protons; however neutrons have no electrical charge. Each atom is made up of a combination of these particles.

An atom made up of one proton and one electron, is called hydrogen (the abbreviation for hydrogen is H). The proton and electron stay together because just like two magnets, the opposite electrical charges attract each other.

What keeps the two from crashing into each other? The particles in an atom are not still. The electron is constantly spinning around the center of the atom (called the nucleus). The centrifugal force of the spinning electron keeps the two particles from coming into contact with each other much as the earth's rotation keeps it from plunging into the sun.

Keep in mind that atoms are extremely small. One hydrogen atom, for example, is approximately 5 x 10-8 mm in diameter. To put that in perspective, this dash - is approximately 1 mm in length, therefore it would take almost 20 million hydrogen atoms to make a line as long as the dash. In the sub-atomic world, things often behave a bit strangely. First of all, the electron actually spins very far from the nucleus. If we were to picture a hydrogen atom, so that the proton was ½ inch in diameter, the electron would actually be spinning approximately 0.5 km (or about a quarter of a mile) away from the nucleus. In other words, if the proton was ½ inch in diameter, the whole atom would be about the size of Giants Stadium.

Another peculiarity of this tiny world is the particles themselves. Protons and neutrons behave like small particles, sort of like tiny billiard balls.

The electron however, has some of the properties of a wave. In other words, the electron is more similar to a beam of light than it is to a billiard ball. Thus, to represent it as a small particle spinning around a nucleus is slightly misleading.In actuality, the electron is a wave that surrounds the nucleus of an atom like a cloud.

In an electrically neutral atom, the positively charged protons are always balanced by an equal number of negatively charged electrons. As we have seen, hydrogen is the simplest atom with only one proton and one electron. Helium is the 2nd simplest atom. It has two protons in its nucleus and two electrons spinning around the nucleus. With helium though, we have to introduce another particle. Because the 2 protons in the nucleus have the same charge on them, they would tend to repel each other, and the nucleus would fall apart.

To keep the nucleus from pushing apart, helium has two neutrons in its nucleus. Neutrons have no electrical charge on them and act as a sort of nuclear glue, holding the protons, and thus the nucleus, together.

Blackdranzer wrote:

Electric field exists because of continous exchange of photons.....quark exchanges gluons contineously.....in nuclear force continous exchange of muons take place.....
---wat about gravity?...how does two masses interact?...

Just a guess, but of the forces there is not one called the nuclear force... There is the strong force, the weak force, electromagnetic force and gravity... Gravity supposedly involves the exchange of gravitons creating a large gravity wave, but my blind guess is that the highly discounted Ether which I expect are infinite neutral particle are excluded from matter which is all the time becoming more dense, and that the excluded neutral matter transmits the force at a distance as ether was once thought to do...

It is as if saying the speed of light in space, or a vacuum is faster, but that, if matter is excluded from the light bulb it is all the more certain that neutral matter would be theri exclusively which accounts for the increased speed... But; It has been years since I read physics, and I do not have the math back ground to really grasp much of what I have read...

Gravity is basically some sort of an electrostatic dipole effect, and not a basic force of nature:

http://www.holoscience.com/news.php?article=89xdcmfs

gungasnake wrote:

Gravity is basically some sort of an electrostatic dipole effect, and not a basic force of nature:

http://www.holoscience.com/news.php?article=89xdcmfs

False; but all liars do say: Basically... The devil is in the details, and basically leaves out details...

I believe gravity is based on atmosphere. The vegetation and geology on earth creates the right amount of air and moisture.

False...

There are bosons.

There are mesons.

And there's what attracted me to this thread: bogons, which create bogosity.