Add to ORKGWe present the optoelectronic frequency and amplitude modulation of a terahertz quantum cascade laser, achieved by implementing a graphene loaded split ring resonator array into an external cavity feedback set-up. Amplitude modulation depths as high as 100% are achieved and the output frequency is lithographically and optoelectronically tuned
The continuous development of terahertz (THz) sources has opened up many potential applications in s...
Photonic engineering of the terahertz emission from a quantum cascade laser (QCL) is fundamental for...
Hybrid metamaterial/graphene amplitude and frequency modulators have been implemented as external op...
Active control of the amplitude and frequency of terahertz sources is an essential prerequisite for ...
Active control of the amplitude and frequency of terahertz sources is an essential prerequisite for ...
We demonstrate the amplitude stabilization of a 2.85 THz quantum cascade laser with a graphene loade...
We demonstrate the amplitude stabilization of a 2.85 THz quantum cascade laser with a graphene loade...
Photonic engineering of the terahertz emission from a quantum cascade laser (QCL) is fundamental for...
Photonic engineering of the terahertz emission from a quantum cascade laser (QCL) is fundamental for...
Abstract: We demonstrate the amplitude stabilization of a 2.85 THz quantum cascade laser with a grap...
Photonic engineering of the terahertz emission from a quantum cascade laser (QCL) is fundamental for...
Terahertz laser sources with stable power levels are requested for astronomical, communication and s...
Terahertz laser sources with stable power levels are requested for astronomical, communication and s...
Terahertz laser sources with stable power levels are requested for astronomical, communication and s...
Active control of the amplitude and frequency of terahertz sources is an essential prerequisite for ...
The continuous development of terahertz (THz) sources has opened up many potential applications in s...
Photonic engineering of the terahertz emission from a quantum cascade laser (QCL) is fundamental for...
Hybrid metamaterial/graphene amplitude and frequency modulators have been implemented as external op...
Active control of the amplitude and frequency of terahertz sources is an essential prerequisite for ...
Active control of the amplitude and frequency of terahertz sources is an essential prerequisite for ...
We demonstrate the amplitude stabilization of a 2.85 THz quantum cascade laser with a graphene loade...
We demonstrate the amplitude stabilization of a 2.85 THz quantum cascade laser with a graphene loade...
Photonic engineering of the terahertz emission from a quantum cascade laser (QCL) is fundamental for...
Photonic engineering of the terahertz emission from a quantum cascade laser (QCL) is fundamental for...
Abstract: We demonstrate the amplitude stabilization of a 2.85 THz quantum cascade laser with a grap...
Photonic engineering of the terahertz emission from a quantum cascade laser (QCL) is fundamental for...
Terahertz laser sources with stable power levels are requested for astronomical, communication and s...
Terahertz laser sources with stable power levels are requested for astronomical, communication and s...
Terahertz laser sources with stable power levels are requested for astronomical, communication and s...
Active control of the amplitude and frequency of terahertz sources is an essential prerequisite for ...
The continuous development of terahertz (THz) sources has opened up many potential applications in s...
Photonic engineering of the terahertz emission from a quantum cascade laser (QCL) is fundamental for...
Hybrid metamaterial/graphene amplitude and frequency modulators have been implemented as external op...