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This open access book is devoted to the theoretical and experimental studies of a novel accelerator light source mechanism called steady-state microbunching (SSMB) which promises high-power, high-repetition rate, narrow-band coherent radiation in an electron storage ring. The contribution of this dissertation consists of three parts: first, answers the question of how to realize SSMB from a beam dynamics perspective; second, reveals what radiation characteristics can we obtain from the formed SSMB; and third, experimentally demonstrates the working mechanism of SSMB in a real machine for the first time. The highlights of this book can be summarized as: Presents the first proof-of-principle experiment of a promising accelerator light source mechanism; Covers precision longitudinal and transverse-longitudinal coupling dynamics in a storage ring; Provides useful formulas and example parameters for high-power infrared, EUV and soft X-ray light source design. .

Particle accelerators. --- Synchrotrons. --- Lasers. --- Harmonics (Electric waves). --- X-rays. --- Photonics. --- Quantum optics. --- Accelerator Physics. --- Synchrotron Techniques. --- Laser. --- Harmonics and X-Ray generation. --- Ultrafast Photonics. --- Quantum Optics.