Dorbitaler

Dorbitaler is a term used in speculative physics and fictional contexts to denote a hypothetical particle-like state in an extended orbital framework called dorbitals. In this approach, dorbitals are regions of space associated with a generalized potential that extends conventional atomic orbitals by incorporating extra symmetry operations, sometimes inspired by higher-dimensional or relational models. A dorbitaler is defined as a localized excitation or occupancy within a dorbital, behaving analogously to how electrons occupy atomic orbitals in standard quantum mechanics.

The dorbitaler concept is not part of established physics; there is no empirical evidence or widely accepted formalism. Proponents describe dorbitals and dorbitalers as helpful thought experiments to explore how additional symmetries or dimensions could affect localization, energy quantization, and interaction patterns. In fiction and speculative literature, dorbitalers can be used to illustrate exotic states, such as stable, non-radiative configurations or novel coupling to fields.

In terms of properties, dorbitalers are typically imagined to have discrete energy levels, a defined set of quantum numbers, and selection rules for transitions that reflect the underlying dorbital symmetry. They are often discussed in pedagogical contexts to contrast with real atomic orbitals and to highlight how changing assumptions about space, dimension, or interaction can alter state structure.

Note: Because it is not part of mainstream science, the term dorbitaler remains largely within speculative discourse and fictional worldbuilding rather than established theory.