Next-generation communications, radar, and navigation systems will extend and exploit the
higher bandwidth of the millimeter-wave domain for increased communication data rates as …

We detail here the general principle of a self-adaptive oscillator in which the intertwined
operation of a 100-m-long active optical resonator and a standard semiconductor laser …

Ultralow-noise microwaves are essential in a wide variety of scientific and technological
applications, such as metrology, radars, and communications. Here, we propose and …

Optical-based terahertz sources are important for many burgeoning scientific and
technological applications. Among such applications is precision spectroscopy of molecules …

Seamlessly integrating stimulated Brillouin scattering (SBS) in a low-loss and mature
photonic integration platform remains a complicated task. Virtually all current approaches fall …

We demonstrate photonics-based I/Q homodyne wireless communications using two
fundamental balanced mixers (BAMs) based on Fermi-level managed barrier diodes …

Towards Micro-Hz Fundamental Linewidth Fiber Brillouin Laser Page 1 2024 PhotonIcs &
Electromagnetics Research Symposium Abstracts, Chengdu, China, 21–25 April Towards …

We present a sub-terahertz (THz) wireless link using photonics-based ultra-low phase noise
transmitter and receiver. The maximum data rate achieved below hard-decision forward …

3 THz Frequency Synthesizer with Hz Stability Page 1 3 THz Frequency Synthesizer with Hz
Stability Brendan M. Heffernan*, James Greenberg, and Antoine Rolland Boulder Research …

We demonstrate photonic-assisted tunable millimeter-wave generation via heterodyne
beating of two common-cavity Brillouin lasers with sub-millihertz «0.1 mHz) fundamental …