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March 3, 2026Optics and Lasers in Engineering0 citationsOpen Access

Towards low-noise tunable terahertz waves generation via photomixing

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WIWin Adiyansyah IndraIIriantoJAJamil Abedalrahim Jamil Alsayaydeh

Key Points

  • Tunable laser systems achieved low phase noise of 10 mrad for terahertz wave generation, enabling further developments.
  • With frequency stability of ±0.01 Hz over 10 hours, this technology supports reliable applications in optical systems.
  • The system utilizes phase-locking to an optical frequency comb, minimizing hardware requirements while maximizing performance.
  • Implications suggest scalable, adaptable designs for tunable lasers, paving the way for advanced telecommunications systems.

Abstract

We demonstrate a low-cost, stable, and tunable laser system by phase-locking a commercial telecom-grade tunable laser (ITLA) to an Optical Frequency Comb (OFC) within the C-band. Using minimal optical hardware and sub-mW OFC power, we achieved short-term integrated phase noise of 10 mrad and long-term frequency stability of ±0.01 Hz over 10 h. This system enables scalable, OFC-locked tunable lasers and holds promise for applications like tunable THz wave generation and comb-locked transmitters in DWDM systems, supporting scalable phase-locking of multiple lasers with OFC power in the nW regime, making it highly adaptable for various OFC generators.

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Cite This Study

Indra et al. (2026) studied this question.

synapsesocial.com/papers/69a765c6badf0bb9e87da60ehttps://doi.org/10.1016/j.optlaseng.2026.109625
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