Fractal Qubits Theory

Theoretical fractal qubits are a speculative quantum computing concept that combines the principles of quantum entanglement with the recursive, self-similar structures found in fractal mathematics. In this theoretical architecture, quantum information is distributed across multiple fractal layers generated by recursive transformations, allowing quantum states to exist and interact at several scales simultaneously. By using controlled unitary operations to create entanglement between fractal structures, the model aims to support quantum phenomena such as superposition and interference while potentially improving resilience to errors through redundant state encoding. Although no physical implementation currently exists, entangled fractal qubits provide an intriguing framework for exploring new approaches to scalable and fault-tolerant quantum computation.