Soliton microcombs, a pivotal technology supporting various cutting-edge applications from
metrology to communications, can be efficiently generated through the pulsed driving of Kerr …

In this paper, we propose a high-precision dual-comb ranging (DCR) method for short-
distance measurement, avoiding carrier-envelope-offset locking. Cross-polarization …

In this paper, a dual-channel dispersive interferometer using femtosecond laser is
developed with a reference long optical fiber. The width spectrum of the femtosecond laser …

Single-cavity dual-comb lasers address the complexity and cost of traditional dual-comb
spectroscopy systems. In this study, we present a polarization multiplexed dual-comb Yb …

Over the last two decades, frequency combs have brought breakthroughs in length
metrology with traceability to length standards. In particular, frequency-comb-based spectral …

This research investigates the time-of-flight (TOF) ranging precision of a dual-comb system,
utilizing three distinct phase-locking methods. We continuously collected ranging values …

Optical coherence with high precision and sensitivity holds achievements in communication,
metrology, and sensing. The optical vernier effect generated by the dual‐comb interference …