The detection of Majorana zero modes (MZMs) in superconducting films reveals their unique topological properties, particularly the challenge of hybridizing them due to their spatial separation.
Our research indicates that the zero-bias peak (ZBP) in the vortex bound states shows an anisotropic magnetic response, which implies the presence of multiple MZMs influenced by magnetic fields.
The ability to hybridize different MZMs highlights the potential for manipulation of these quasiparticles, especially when orienting the magnetic field parallel to specific mirror planes.
Systematic simulations affirm the presence of symmetry-protected MZMs, presenting a profound insight into their behavior under varying magnetic conditions and bridging theoretical predictions with experimental findings.
#majorana-zero-modes #topological-insulators #superconductivity #experimental-physics #vortex-bound-states
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