What is an Atom?

INTELLIGENT DESIGN THEORY – CREATIONISM VS. EVOLUTION AND THE WORLD'S THREE MOST IMPORTANT YET MOST DISBELIEVED EVENTS

Intelligent Design theory model of the structure of the so-called hydrogen "atom", which is really a picture of a neutron, composed of a single proton 1836 times the size and weight of an electron, and a single electron. The proton has a positive charge and the electron a negative charge. The electron is attracted to the proton, but when it gets too close, it is repelled. Each repulsion and attraction causes the electron to vibrate farther from the proton until it finally escapes the attraction of the proton.

What is an atom? What are the parts of an atom? What does an an atom look like? This section develops pictures and atom models of the hydrogen atom, helium, lithium, beryllium, boron and carbon atom. There are two parts of an atom; the proton and electron. Since the mass of the proton is 1836 times the mass of an electron, we may assume that the proton is maybe 1836 times larger than the electron, and due to many other considerations as will be shown, it may be ellipsoid in shape. It may have a charge on only one side, so electrons are only attracted to one side. Let us look into the model of an atom a little more.

While textbooks say that nuclei are made of neutrons and protons, a neutron is a proton and an electron. Intelligent Design Theory would tell us that nuclei, if there were such a thing, would be made of multiples of two protons and one electron. Natural "neutrons" do not exist in atoms. A neutron in free space is a single proton and a single electron, which will soon disintegrate with a mean-life of 932 seconds (15.5 minutes), or a maximum time of about 20 minutes. A neutron then separates into an electron and a proton. Why? Because a proton and electron pair can only coexist for a short time unless another proton is coupled to the other side. For a neutron not to disintegrate, another proton must be locked to the other side of the electron. This leaves an extra positive charge that attracts a second electron.

A neutron most likely disintegrates because of a strong distant attraction of a proton for an electron, but also a stronger close repulsion between the two. Imagine a proton as a soft rubber ball, the size of a squashed grapefruit, and an electron the size of a pea. The closer these two particles become, the stronger the attraction until at 10^-19 meters, they attract each other with a force of about nine billion tons. But closer, they begin to repel with just as strong a repulsive force. This causes a vibration in which the electron springs farther and farther from the proton with each cycle until it escapes the attractive force of the proton.

In my studies, I realized that without another proton locked to the other side in the picture above, these two particles attract and repel each other with greater and greater oscillations until they fly apart, and there could be no such thing as an atom. The reason the oscillation increases is because the farther the electron oscillates away from the proton, the weaker the attraction back to the proton. But as the electron approaches the proton from a greater distance, it is accelerated more toward the proton. Then the repulsive force of the proton is greater. Each time the electron is repulsed, it is repulsed a greater distance, until the distance becomes too great for the attractive force to pull it back. So a proton – electron combination can only exist for long if another proton is locked to the other side of the electron. Please go to the next page on hydrogen atom models and the parts of an atom.