Add to ORKGWavelength tuning in a single mode parity-time (PT) symmetric semiconductor microring laser is demonstrated. Stable continuous tuning over a spectral range of 4 nm has been obtained at telecom wavelengths by adjusting the ambient temperature. © OSA 2015
Parity-time (PT) symmetry has been recently emerged as a new paradigm for mode management in micro-c...
The wavelength tuning of a compact microring resonator with a chromium heater is described. A tuning...
In recent years, the concept of parity-time (PT) symmetry has received considerable attention in the...
Wavelength tuning in a single mode parity-time (PT) symmetric semiconductor microring laser is demon...
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. ...
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...
Microscale semiconductor lasers are indispensable parts of integrated photonic circuits. In this pap...
Coupled microring arrangements with balanced gain and loss, also known as parity-time symmetric syst...
Coupled microring arrangements with balanced gain and loss, also known as parity-time symmetric syst...
A tunable laser based on an InGaAsP-InP microring resonator with multimode interference coupler is d...
Tunable lasers based on InGaAsP/InP microring resonators are demonstrated. Tuning ranges from 18 to ...
Single-transverse mode lasing is demonstrated in a broad-area PT-symmetric semiconductor microring a...
Conventional techniques for transverse mode discrimination rely on introducing differential external...
Parity-time (PT) symmetry has been recently emerged as a new paradigm for mode management in micro-c...
The wavelength tuning of a compact microring resonator with a chromium heater is described. A tuning...
In recent years, the concept of parity-time (PT) symmetry has received considerable attention in the...
Wavelength tuning in a single mode parity-time (PT) symmetric semiconductor microring laser is demon...
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. ...
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...
Microscale semiconductor lasers are indispensable parts of integrated photonic circuits. In this pap...
Coupled microring arrangements with balanced gain and loss, also known as parity-time symmetric syst...
Coupled microring arrangements with balanced gain and loss, also known as parity-time symmetric syst...
A tunable laser based on an InGaAsP-InP microring resonator with multimode interference coupler is d...
Tunable lasers based on InGaAsP/InP microring resonators are demonstrated. Tuning ranges from 18 to ...
Single-transverse mode lasing is demonstrated in a broad-area PT-symmetric semiconductor microring a...
Conventional techniques for transverse mode discrimination rely on introducing differential external...
Parity-time (PT) symmetry has been recently emerged as a new paradigm for mode management in micro-c...
The wavelength tuning of a compact microring resonator with a chromium heater is described. A tuning...
In recent years, the concept of parity-time (PT) symmetry has received considerable attention in the...