From edge to bulk: Cavity-induced displacement of topological nonlocal qubits

We investigate the ability of selective cavity coupling to a topological chain for tailoring connectivity Majorana fermions. show how qubits (TQs), associated with non-local fermion pairing, can be moved from edge bulk through access light-matter interaction specific physical sites. In particular, we present comprehensive DMRG study ground-state features in different chain-cavity geometries and validate analytical insights strong regime. This new kind correlation generation process comes photon features. Moreover, by considering time evolution after sudden quench cavity-matter strength, that development high non-trivial matter (Majorana) correlations leaves off measurable non-classical imprints cavity. New ways dynamically generate TQ nonlocal chains arbitrary length are thus provided, opening alternative routes controllable long-range entanglement hybrid photonic solid-state systems.