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Introduction to Solid State Physics by M. A. Wahab A blog post about the basics of solid state physics and how it can benefit you, especially if you work in fields such as: electronics, computer science, engineering, and more - for free! The best thing about learning a new topic is that you can start with a simple question and end up with a complete understanding of it. That was my experience when I got stumped by the term "solid state physics". I was looking for an easy explanation that would be accessible to those who are still trying to grasp their first concepts from high school science courses. A friend of mine asked for my help and I suggested using the concept of "the atom" as an easy-to-understand generalization. Here is how you can do it: You may recall that we learned in school that the atom is a tiny, indivisible single entity. If we think of all atoms as being equally small and identical, we can use this atomic structure to talk about the properties of solid matter. We know today that there are many different types of atoms, but our description should be equivalent to this atomic structure because objects are made up of discrete parts, called atoms. We can therefore use the atomic properties of solids as a convenient way to describe the properties of solid objects. In order to do this, we must be careful that the generalizations we use are true for all known types of atoms - otherwise our description will be inaccurate. (Remember that there may be new types of matter that we know nothing about today.) This is good common sense; if you were describing something to somebody, wouldn't you want to make sure you were right? You now know enough about atoms and solid materials to continue. I will provide some links at the end for those who want further information or would like to try some college courses online. Atoms are tiny particles. Solid materials are composed of atoms, in much the same way that water is composed of H2O molecules. A solid object can be thought of as a huge number of atoms packed tightly together. The reason for this tight packing is that the outer electrons are held very tightly within their parent atoms by an invisible force called "electrostatic attraction". The nice thing about this attractive force is that it gets stronger as objects are brought closer together. That means that if you pack enough atoms close together, their collective attractive force will be so strong that no other force in nature can pull them apart. So in a way, the attractive force helps to hold the atoms in place in the solid. The type of attractive force between atoms is called an electrostatic force. This is the same kind of force that holds electrons in orbit around atomic nuclei. So if you remember your high school science classes, this means that electrons are being held in place by electrostatic forces - all over the solid material! The term for this arrangement is "electron cloud". If you have read any technical papers or books on electron orbital theory, you will see that there are many rules for when electrons are allowed to reside within their parent atom or escape to another location.

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