Ms. Hacile Kaya Profile

Hacile Kaya

at CEA-LETI

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Author

Publications (4)

Proceedings Article | 31 August 2022 Presentation + Paper

Highly sensitive and wide dynamic range polarimetric detectors arrays in the submillimeter domain

L. Rodriguez, A. Adami, A. Aliane, X. de la Broïse, C. Delisle, A. Demonti, D. Desforge, S. Dubos, L. Dussopt, C. Gennet, V. Goudon, O. Gevin, H. Kaya, G. Lasfargues, J. Martignac, X-F. Navick, A. Poglitsch, V. Reveret, M. Sauvage, T. Tollet, F. Visticot

Proceedings Volume 12190, 121900P (2022) https://doi.org/10.1117/12.2630223

KEYWORDS: Sensors, Absorption, Silicon, Polarization, Polarimetry, Manufacturing, Detector arrays, Bolometers, Resistors, Resistance

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Proceedings Article | 31 August 2022 Presentation + Paper

On-chip spectroscopic solutions for polarimetric bolometer arrays in submillimeter astronomy

Timothée Tollet, Sophie Bounissou, Abdelkader Aliane, Cyrille Delisle, Laurent Dussopt, Valérie Goudon, Hacile Kaya, Gilles Lasfargues, Albrecht Poglitsch, Vincent Revéret, Louis Rodriguez

Proceedings Volume 12190, 121900H (2022) https://doi.org/10.1117/12.2630087

KEYWORDS: Fabry–Perot interferometers, Silicon, Bolometers, Reflectivity, Prototyping, Spectrometers, Sensors, Dielectrics, Absorption, Astrophysics, Submillimeter telescopes

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Proceedings Article | 29 December 2020 Poster + Paper

B-BOP: the SPICA imaging polarimeter

V. Revéret, M. Sauvage, Obaïd Adami, A. Aliane, M. Berthé, S. Bounissou, X. de la Broïse, M. Chimeno, A. Demonti, C. Delisle, E. Doumayrou, L. Duband, D. Dubreuil, L. Dussopt, P.-A. Frugier, C. Gennet, O. Gevin, V. Goudon, H. Kaya, B. Marquet, J. Martignac, S. Martin, F. Najarro, X.-F. Navick, J. Perez, J.-Y. Plesseria, A. Poglitsch, L. Rodriguez, J. Torres Redondo, F. Visticot

Proceedings Volume 11443, 114436P (2020) https://doi.org/10.1117/12.2562419

KEYWORDS: Bolometers, Sensors, Polarization, Polarimetry, Silicon, Space observatories, Mirrors, Magnetism, Semiconductors, Picture Archiving and Communication System

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Proceedings Article | 9 July 2018 Paper

Fabrication and characterization of cooled silicon bolometers for mm wave detection

V. Goudon, A. Aliane, C. Vialle, W. Rabaud, S. Pocas, H. Kaya, R. Torrecillas, J.-L. Ouvrier-Buffet, L. Dussopt, P. Agnese, S. Becker, S. Bounissou, O.-A. Adami, V. Reveret, J.-L. Sauvageot, L. Rodriguez

Proceedings Volume 10708, 107083O (2018) https://doi.org/10.1117/12.2313328

KEYWORDS: Bolometers, Silicon, Resistance, Sensors, Semiconducting wafers, Absorption, Polarization, Astronomy, Fabrication

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CEA has a long history of customizing optoelectronic components for space and astronomy applications. Based on this expertise, we are undertaking the development of cooled silicon bolometers for millimetre-wave (mm-wave) polarization detection in the next generation of space astronomy missions such as SPICA. Silicon bolometer technology has been demonstrated successfully in space conditions through the Herschel mission. There are many benefits of this technology such as the use of a simple and low-power read-out circuit that can be integrated below the detector array in an above-IC (Integrated Circuit) integration scheme. The advanced integration in a large array and the fabrication process based on microelectronics techniques are key challenges for these developments. This work presents the early results on the design, the fabrication and the first characterization of an innovative pixel for mm-wave polarization detection. The aim is to have an adapted absorption around λ=1.5 mm. These bolometers are composed of an absorbing layer and a thermometer, which are thermally insulated from the substrate. To increase the sensitivity, these detectors are working at very low temperature typically between 50 and 100 mK. The suspended thermometer is made of silicon implanted with Phosphorus and Boron species, and we optimized the design to have a high sensitivity with a 3D Variable Range Hopping conduction (Efros law) and a low 1/f noise at low temperature. The heat capacity of the bolometer is optimized by using a meander shape of the thermometer together with superconducting Ti/TiN thin films for the electromagnetic wave absorption. This sensor is implemented on a standard SOI substrate. Measurements of test structures at room temperature, and first results at very low temperature have been performed to evaluate the electrical performances of the fabricated detectors. The mechanical behaviour of released structures, including pixels with a pitch of 1200μm and 600μm, is presented and discussed.

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