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Significance Electronic phase separation (EPS) is one of the most intriguing properties in complex materials. Great efforts have been made to understand or manipulate EPS, but how these phases are created and grow during percolation, let alone artificial control/fabrication of these phases, is still mysterious. In this work, we use a conceptual approach, i.e., fabricating antidots in manganites, and use their ferromagnetic metallic edge states to control the nucleation and growth of EPS domains. Consequently, we are able to tune the physical properties of the system without using external fields or changing doping concentration.

Manipulating electronic phase separation in strongly correlated oxides with an ordered array of antidots