What is an atom?

Let's start with the fact that there are different ways of saying an atom. There is one atom called protons and electrons. Electrons are very small particles that can exist in space, while a proton is always made up of two.

There is a reason for this. When you split atoms, electrons become heavier than protons. This causes them to be more prone to fall apart than protons because they are made up of many protons. Then when you put up a hydrogen atom, it turns into its own little universe and becomes part of space, but as soon as the hydrogen atom falls down, everything gets destroyed. That means that protons and electrons are still important, as well as non-permanent elements.

There is also another thing to take in mind when it comes to atomic theory. There is no such thing as just one atom since every element has at least one nuclei and every atom. The first atom we are given is helium, and then after that, we are taught about our "father" (H 2 ), which is hydrogen and carbon. These three are what makes us as humans what we are. Without them, the world would not have a nucleus, and the air wouldn't contain oxygen or methane. You could describe these as nuclear forces, so that each atom only contains one nuclear force, just like stars do. Our atom is very light and fragile compared to some of our other atoms. And if you imagine atoms on earth, it is actually quite difficult for them to survive without the help of the forces of physics. A bit like your hands, they are pretty thin and fragile in comparison to our natural stuff. They just fall apart without really trying.

So now let's get back to some basic concepts. Every atom has between 1 and 55 neutrons and protons. So what does this mean for us? It means that these three elements make up half of all our atoms made up of various types of particles. If we look at the following two elements for example, how much would the composition of the next one be made up of? We know the most common type of electron you find in a normal liquid is negative because they all have electrons. But what about positive, what would their atoms consist of? Atoms make up more than half of the whole solar system, so if we want to compare them to our other stars, we will find out the best way would be to use this definition of an atom. Some examples of elements include helium, sodium, potassium, rubidium, etc. We could say that helium and sodium make helium a neutral gas. In other words, if you were to ask the person who knows about these things and tell you the name of every element in the entire range, it would be easy, however, complex you might think the question would be.

But why is this important? To answer this question, I would go through the history of atoms and try to answer it in every way possible. Although there is no proof yet that the first atom wasn't created by nature, scientists believe this to be true because this idea of how the universe was formed came from observations. For example, if an astronomer looked at the surface of Earth he or she saw the same pattern as many people, but when the astronomer looked deeper he discovered that the patterns he found had never been seen by an astronaut before. Scientists also noticed strange patterns on the edges of our galaxy, which they thought were formed within galaxies.

There was also the notion in the 20th century that there is a big difference between time periods and also between dimensions of reality and so that was thought to be significant. However, modern scientific studies show that time periods and dimensions are relative, so it doesn't matter whether the first atom was created by nature or was created in the lab. Regardless, the idea of using relativity as some sort of basis for the explanation of everything is not new, nor old, so why is it that people keep asking about it? Well, it is because the science of what it is we call atom is based on the idea that atoms exist. We believe that atoms are the smallest pieces of the world we live in, so if they were going around in tiny bits we would not be able to see the properties of the atom. As a result, there have been lots of theories proposed regarding how atoms come into being or what types of atoms they are made from.

So if we are asked how come we know that electrons and protons come together to give the atom body we are talking about, we might tell them there is no one to explain it. But if it was explained we wouldn't have the concept of what atoms can be. The thing is if it was explained it wouldn't be considered a very significant discovery. Also, if someone does understand how it means something, it will immediately be known what does it mean to explain it.

In conclusion, I would advise everyone to study the works of scientists from the early 20th century onwards, who have tried to create explanations and discoveries of what we already know about atomic theory. The science of atoms is very complicated and fascinating. Even though they are incredibly hard to comprehend we all should strive to understand them. It is the same with many things. How we interact with others also depends on the understanding of others and on the answers they provide. On average it takes around 300+ years for someone to come up with the answer to any issue. So, stay curious and keep learning new ideas. Remember that every atom is made up of many protons, electrons, and neutrons, how far do they come and what is their identity? All these problems can be solved but eventually, we will understand the answer. So, stay strong and remember to enjoy the journey you are about to embark on.