Directive optical leaky wave antennas (OLWAs) fabricated in CMOS-compatible
semiconductor planar waveguide technology have the potential to provide high directivity …

Directive optical leaky wave antennas (OLWAs) with tunable radiation pattern are promising
integrated optical modulation and scanning devices. OLWAs fabricated using CMOS …

An optical leaky wave antenna (OLWA) is a device that radiates a light wave into the
surrounding space from a leaky wave (LW) guided mode or receives optical power from the …

We propose a design of a dielectric (silicon nitride) optical leaky wave antenna (OLWA) with
periodic semiconductor (silicon) corrugations, capable of producing narrow beam radiation …

We investigate the directive radiation at 1550 nm from an optical leaky wave antenna
(OLWA) with semiconductor perturbations made of silicon (Si). We study the radiation …

The integration of a leaky-wave antenna with a ring resonator is presented based on the
leaky-wave theory and integrated waveguide models. The device consists of a ring …

We propose and investigate an ultra-wideband leaky-wave antenna that operates at optical
frequencies for the purpose of efficient energy coupling between localized nanoscale optical …

In this manuscript a design of silicon on insulator (SOI)‐based dielectric (silicon nitride)
Optical Leaky Wave Antenna loaded with periodic circular and diamond shape …

In this paper, we propose an approach to realize substrate integrated waveguide (SIW)-
based leaky-wave antennas (LWAs) supporting continuous beam scanning from backward …

New communications systems require high-speed data transfer and need high frequency,
wideband, and directive antennas. Leaky-wave antennas are a desirable type of antennas …