“…44 In exactly the same context as the active control of plasmonic resonances (active plasmonics 45 ) and electric and magnetic resonances in dielectric nanostructures, 46 the active control of the Fano-like, EIT-like, and EIA-like resonances is extremely important to push forward the resonances to real applications, such as optical modulators, switches, and circuits. During the past few years, attempts to control the Fano-like and EIT-like resonances by mechanical stresses, 47 electric fields, [48][49][50] temperature, [51][52][53] and light 41,42,44,[54][55][56] have been reported. However, in spite of the great efforts devoted so far, the active control of the resonances in photonic structures is still at the initial stage, and further experimental and theoretical studies are highly required.…”