anyonlike
Anyonelike refers to emergent quasiparticles in two-dimensional systems that exhibit fractional statistics. These particles are neither fermions nor bosons, the two fundamental types of particles in quantum mechanics. Instead, their statistical properties are described by a parameter, often denoted by $\theta$, which interpolates between fermionic ($\theta = \pi$) and bosonic ($\theta = 0$) statistics. The exchange of two identical anyons results in a phase factor of $e^{i\theta}$.
The concept of anyons arose from the theoretical study of the fractional quantum Hall effect, a phenomenon
While initially a theoretical prediction, experimental evidence for anyonlike behavior has been accumulating. Researchers have designed
The study of anyons is of significant interest not only for fundamental physics but also for potential