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Bandwidth Enhancement by Optical Amplitude and Phase Modulation of Injection-Locked Semiconductor Lasers

We experimentally demonstrate optical modulation of injection-locked lasers, resulting in a resonant amplification of the transmitted signal. We demonstrate both phase modulation and amplitude modulation, comparing the two formats. For amplitude modulation, we enhance the 3-dB bandwidth of a 25-GHz electro-optic modulator to 59 GHz. For phase modulation, we enhance the 3-dB bandwidth of a 17-GHz phase modulator to 53 GHz. Additionally, we demonstrate the system's dynamic tunability up to resonance frequencies >100 GHz.