Add to ORKGMicroscale semiconductor lasers are indispensable parts of integrated photonic circuits. In this paper, we review some of the efforts in our group towards the realization of such sources using the concept of parity-time-symmetry
Conventional techniques for transverse mode discrimination rely on introducing differential external...
The behavior of a parity-time-symmetric coupled microring system is studied when operating in the vi...
We propose a new method in realizing single-mode large area laser amplifiers that is based on the re...
Single-mode lasing is demonstrated in an electrically injected coupled microring arrangement at tele...
Single-mode lasing is demonstrated in an electrically injected coupled microring arrangement at tele...
The ability to control the modes oscillating within a laser resonator is of fundamental importance. ...
The ability to control the modes oscillating within a laser resonator is of fundamental importance. ...
Parity-time (PT) symmetry has been recently emerged as a new paradigm for mode management in micro-c...
We show that the concept of parity-time (PT) symmetry breaking can be utilized to suppress higher or...
Coupled microring arrangements with balanced gain and loss, also known as parity-time symmetric syst...
Wavelength tuning in a single mode parity-time (PT) symmetric semiconductor microring laser is demon...
Coupled microring arrangements with balanced gain and loss, also known as parity-time symmetric syst...
We present an electrically pumped parity-time-symmetric coupled microring laser. Using the interplay...
The 17 papers in this special issue focus on parity time photonics, a new field of modern applied ph...
In recent years, the concept of parity-time (PT) symmetry has received considerable attention in the...
Conventional techniques for transverse mode discrimination rely on introducing differential external...
The behavior of a parity-time-symmetric coupled microring system is studied when operating in the vi...
We propose a new method in realizing single-mode large area laser amplifiers that is based on the re...
Single-mode lasing is demonstrated in an electrically injected coupled microring arrangement at tele...
Single-mode lasing is demonstrated in an electrically injected coupled microring arrangement at tele...
The ability to control the modes oscillating within a laser resonator is of fundamental importance. ...
The ability to control the modes oscillating within a laser resonator is of fundamental importance. ...
Parity-time (PT) symmetry has been recently emerged as a new paradigm for mode management in micro-c...
We show that the concept of parity-time (PT) symmetry breaking can be utilized to suppress higher or...
Coupled microring arrangements with balanced gain and loss, also known as parity-time symmetric syst...
Wavelength tuning in a single mode parity-time (PT) symmetric semiconductor microring laser is demon...
Coupled microring arrangements with balanced gain and loss, also known as parity-time symmetric syst...
We present an electrically pumped parity-time-symmetric coupled microring laser. Using the interplay...
The 17 papers in this special issue focus on parity time photonics, a new field of modern applied ph...
In recent years, the concept of parity-time (PT) symmetry has received considerable attention in the...
Conventional techniques for transverse mode discrimination rely on introducing differential external...
The behavior of a parity-time-symmetric coupled microring system is studied when operating in the vi...
We propose a new method in realizing single-mode large area laser amplifiers that is based on the re...