Quantum world
The core of the theory of quantum mechanics is particle duality that fundamental entities as electrons and photons behave as particle and wave. Particles are specifically localized objects and waves are objects with probability localization. Everything in Universe is in constant movement and perpetual connection because of energies and therefore both entities have wave-like behavior. Electrons are in perpetual movement and thanks to this movement are capable to connect with other electrons and create matter, create chemical bonds, giving our nature certain freedom for design.
Electron is not sitting at one particular place and just like that orbiting nucleus. However, it exists under superposition as quantum principle of combination of all possible states simultaneously. When electron is in superposition means that electron can be in two places at once or have two different velocities. Due to wave function, we can see electron as matter, eventually 'stronger energy' on this wave. We know the position of electron right away we measure it. Electron are measured by prediction of probability density as most probable position of particle.
The example of probability positioning of electron is Heisenberg Uncertainty Principle as fundamental natural law. By meaning this principle showing us impossibility of measure both properties; position and momentum of quantum particle. When we precisely measure one property, for example position, other, momentum becoming uncertain. This is essential property of waves.
By making chemical bonds in nature, it releases certain and precise place of quantum particles. Mass is materialized. By putting living force into chemical bonds life can be launched [notes of author].
Another property of quantum world is quantum entanglement. Describing particles whit common origin and once they were connected, always staying connected. Even after separation while moving apart within space and time, they continue to share some bonds with meaning, that if something happens to one particle with consistent affect on the other within their entanglement.
We learned from higher that everything is in constant movement and fundamental particles as electrons and photons behave as particle and wave. Connection among quantum particles is obvious on shorter or larger distances. We have many technologies working on this principle, including lasers, transistors or quantum computing.