A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by two quantum cascade lasers operating at 2.5 and 4.4 THz. The detector displays a 1.2 mu s time constant, a noise equivalent power of 20 fW/Hz(1/2) and a 60 dB dynamic range. We fabricated a monolithic prototype detector array of five elements. This scalable detector is a suitable candidate for terahertz spectroscopic imaging systems, as it can measure both full illuminator power and strongly attenuated or diffuse reflected signals in subsequent frames
We report the first demonstration of an all solid-state heterodyne receiver that can be used for hig...
Active spectroscopic imaging is based on arrays of broadband, short-response-time detectors observin...
Conference Code:101016International audienceCEA-Leti has developed a monolithic large focal plane ar...
A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by t...
A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by t...
A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by t...
A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by t...
A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by t...
Imaging arrays of direct detectors in the 0.5-5 THz range are being experimentally developed. Terahe...
Imaging arrays of direct detectors in the 0.5-5 THz range are being experimentally developed. Terahe...
Imaging arrays of direct detectors in the 0.5-5 THz range are being experimentally developed. Terahe...
Imaging arrays of direct detectors in the 0.5-5 THz range are being experimentally developed. Terahe...
Milliwatt average power terahertz quantum cascade lasers (THz-QCLs) combined with microbolometer foc...
We report the first demonstration of an all solid-state heterodyne receiver that can be used for hig...
This paper describes the recently developed works conducted at OLIMPES (Optronique, Laser, Imagerie ...
We report the first demonstration of an all solid-state heterodyne receiver that can be used for hig...
Active spectroscopic imaging is based on arrays of broadband, short-response-time detectors observin...
Conference Code:101016International audienceCEA-Leti has developed a monolithic large focal plane ar...
A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by t...
A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by t...
A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by t...
A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by t...
A superconducting bolometer with an on-chip lithographic terahertz antenna has been illuminated by t...
Imaging arrays of direct detectors in the 0.5-5 THz range are being experimentally developed. Terahe...
Imaging arrays of direct detectors in the 0.5-5 THz range are being experimentally developed. Terahe...
Imaging arrays of direct detectors in the 0.5-5 THz range are being experimentally developed. Terahe...
Imaging arrays of direct detectors in the 0.5-5 THz range are being experimentally developed. Terahe...
Milliwatt average power terahertz quantum cascade lasers (THz-QCLs) combined with microbolometer foc...
We report the first demonstration of an all solid-state heterodyne receiver that can be used for hig...
This paper describes the recently developed works conducted at OLIMPES (Optronique, Laser, Imagerie ...
We report the first demonstration of an all solid-state heterodyne receiver that can be used for hig...
Active spectroscopic imaging is based on arrays of broadband, short-response-time detectors observin...
Conference Code:101016International audienceCEA-Leti has developed a monolithic large focal plane ar...