Madpoet626 said:too dumb to hang out with the smart kids
Madpoet626 said:too dumb to hang out with the smart kids,
Madpoet626 said:Sorry folks, but I don't belong here, too dumb to hang out with the smart kids, too smart to run with the dumb kids, guess I'll go back to my little hole. :-{ (
Exactly What I realized!Nugatory said:they've just been studying whatever is under discussion for longer than you have.
"No Place to Fit In: Free Flowing Electrons" is a scientific concept that describes the behavior of electrons in a material that does not have a defined crystal structure. This leads to the electrons being able to move freely, rather than being confined to specific energy levels.
This concept can affect the properties of a material in various ways. For example, materials with free flowing electrons tend to be good conductors of electricity, as the electrons can move easily through the material. This can also affect the material's thermal and magnetic properties.
Materials that do not have a well-defined crystal structure, such as liquids, glasses, and some amorphous solids, can exhibit this behavior. These materials are typically referred to as "disordered" materials.
Scientists are studying this concept through various experimental and theoretical methods, such as X-ray diffraction, electron microscopy, and computer simulations. This knowledge is being applied in fields such as materials science, condensed matter physics, and electronics, to better understand and utilize the properties of these materials.
The understanding of free flowing electrons in materials has led to advancements in technology, such as the development of new electronic devices and improved materials for energy storage and transmission. It also has potential applications in areas such as nanotechnology, biomedicine, and environmental science.