Editing QuasiPhysics (section)

=== Core Concepts in QuasiPhysics ===
QuasiPhysics revolves around a few key concepts that differentiate it from traditional physics, focusing on the emergent nature of the phenomena it studies:

* '''Emergent Behavior''': In QuasiPhysics, emergent behavior refers to the complex properties and behaviors that arise from the interactions of many simpler components in a system. These emergent phenomena cannot be easily predicted by examining individual particles but become apparent when considering the system as a whole.

* '''QuasiParticles''': QuasiParticles are the fundamental entities in QuasiPhysics. They represent collective excitations in a material, such as [[Phonons]], [[Magnons]], and [[Plasmons]]. Although they are not elementary particles like electrons or quarks, quasiparticles behave like particles and can be used to explain various physical properties of materials.

* '''Collective Excitations''': A central theme in QuasiPhysics is the study of collective excitations, where the motion or interaction of many particles in a system can be treated as a single entity. These excitations include vibrations (phonons), spin waves (magnons), and charge density oscillations (plasmons), among others.