Surface-emitting terahertz quantum cascade lasers based on double-metal waveguides incorporating photonic crystal structures have been demonstrated. Far-field emission patterns are dominated by lobes close to the surface normal. In addition to modified emission profiles, enhanced output powers are also displayed in comparison to standard ridge waveguides, with over 2 mW peak power observed at a heat sink temperature of 10 K
We present the realization of a quantum cascade laser emitting at around 2.85 THz, based on a hybrid...
We demonstrate single-mode surface-emitting terahertz frequency quantum cascade lasers utilising non...
The terahertz region (1-10 THz) of the electromagnetic spectrum offers paramount opportunities in sp...
Various resonators for surface emission are reviewed that have recently been developed to improve ra...
Various resonators for surface emission are reviewed that have recently been developed to improve ra...
We theoretically and experimentally investigate a band edge Photonic Crystal (PhC) Quantum Cascade L...
Various resonators for surface emission are reviewed that have recently been developed to improve ra...
Various resonators for surface emission are reviewed that have recently been developed to improve ra...
Terahertz quantum-cascade (QC) lasers operating at 0.6 − 5 THz (λ ∼ 60 − 500 μm) are poised to becom...
Surface emission from distributed feedback terahertz quantum cascade lasers operating in double-meta...
Since their first demonstration in 2002, terahertz (THz) quantum cascade lasers (QCLs) have proven t...
Surface emission from distributed feedback terahertz quantum cascade lasers operating in double-meta...
Surface emission from distributed feedback terahertz quantum cascade lasers operating in double-meta...
Quasi-crystal distributed feedback lasers do not require any form of mirror cavity to amplify and ex...
We present the realization of a quantum cascade laser emitting at around 2.85 THz, based on a hybrid...
We present the realization of a quantum cascade laser emitting at around 2.85 THz, based on a hybrid...
We demonstrate single-mode surface-emitting terahertz frequency quantum cascade lasers utilising non...
The terahertz region (1-10 THz) of the electromagnetic spectrum offers paramount opportunities in sp...
Various resonators for surface emission are reviewed that have recently been developed to improve ra...
Various resonators for surface emission are reviewed that have recently been developed to improve ra...
We theoretically and experimentally investigate a band edge Photonic Crystal (PhC) Quantum Cascade L...
Various resonators for surface emission are reviewed that have recently been developed to improve ra...
Various resonators for surface emission are reviewed that have recently been developed to improve ra...
Terahertz quantum-cascade (QC) lasers operating at 0.6 − 5 THz (λ ∼ 60 − 500 μm) are poised to becom...
Surface emission from distributed feedback terahertz quantum cascade lasers operating in double-meta...
Since their first demonstration in 2002, terahertz (THz) quantum cascade lasers (QCLs) have proven t...
Surface emission from distributed feedback terahertz quantum cascade lasers operating in double-meta...
Surface emission from distributed feedback terahertz quantum cascade lasers operating in double-meta...
Quasi-crystal distributed feedback lasers do not require any form of mirror cavity to amplify and ex...
We present the realization of a quantum cascade laser emitting at around 2.85 THz, based on a hybrid...
We present the realization of a quantum cascade laser emitting at around 2.85 THz, based on a hybrid...
We demonstrate single-mode surface-emitting terahertz frequency quantum cascade lasers utilising non...
The terahertz region (1-10 THz) of the electromagnetic spectrum offers paramount opportunities in sp...