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TES Bolometer Arrays for the QUBIC B-Mode CMB Experiment

by Bernard, J.-Ph , Nati, F. , Romero, G. E. , Perciballi, M. , Kaplan, J. , Arnaldi, L. H. , Fasciszewski, A. , Platino, M. , Rambaud, D. , Tucker, G. , Mousset, L. , Hamilton, J.-Ch , Gamboa Lerena, M. M. , Maffei, B. , Bennett, D. , Aumont, J. , Burke, D. , Mennella, A. , Piccirillo, L. , Etchegoyen, A. , Oriol, C. , Puddu, R. , Timbie, P. , Bélier, B. , Chapron, C. , Ringegni, P. , Voisin, F. , O’Sullivan, C. , Ganga, K. , Pisano, G. , Pastoriza, H. , Giard, M. , McCulloch, M. , Olivieri, E. , Spinelli, S. , D’Alessandro, G. , Vittorio, N. , Murphy, J. A. , Battistelli, E. S. , Bigot-Sazy, M.-A. , Fracchia, D. , Bleurvacq, N. , Wicek, F. , Kristukat, C. , Passerini, A. , Amico, G. , Azzoni, S. , Baù, A. , Incardona, F. , Murphy, J. D. , Gayer, D. , Paiella, A. , Charlassier, R. , Columbro, F. , Louis, T. , Mundo, L. M. , Ade, P. , Bonis, J. , García Redondo, M. E. , Thermeau, J.-P. , Tartari, A. , García, B. , Gilles, V. , Grandsire, L. , Polenta, G. , Banfi, S. , de Bernardis, P. , Alberro, J. G. , Bersanelli, M. , Franceschet, C. , Tomasi, M. , De Petris, M. , Perbost, C. , Battaglia, P. , Montier, L. , Loucatos, S. , Buzi, D. , Auguste, D. , Tucker, C. , Marnieros, S. , Melhuish, S. , Zullo, A. , González, M. , Torchinsky, S.

in Aluminum / Arrays / Big Bang theory / Bolometers / Characterization and Evaluation of Materials / Condensed Matter Physics / Cosmic microwave background / Electrons / Frequencies / Light / Low temperature physics / Magnetic Materials / Magnetism / Membranes / Physics / Physics and Astronomy / Plasma etching / Sensors / Silicon nitride

2020

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TES Bolometer Arrays for the QUBIC B-Mode CMB Experiment

2020

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TES Bolometer Arrays for the QUBIC B-Mode CMB Experiment

2020

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Journal Article

TES Bolometer Arrays for the QUBIC B-Mode CMB Experiment

Bernard, J.-Ph,

Nati, F.,

Romero, G. E.,

Perciballi, M.,

Kaplan, J.,

Arnaldi, L. H.,

Fasciszewski, A.,

Platino, M.,

Rambaud, D.,

Tucker, G.,

Mousset, L.,

Hamilton, J.-Ch,

Gamboa Lerena, M. M.,

Maffei, B.,

Bennett, D.,

Aumont, J.,

Burke, D.,

Mennella, A.,

Piccirillo, L.,

Etchegoyen, A.,

Oriol, C.,

Puddu, R.,

Timbie, P.,

Bélier, B.,

Chapron, C.,

Ringegni, P.,

Voisin, F.,

O’Sullivan, C.,

Ganga, K.,

Pisano, G.,

Pastoriza, H.,

Giard, M.,

McCulloch, M.,

Olivieri, E.,

Spinelli, S.,

D’Alessandro, G.,

Vittorio, N.,

Murphy, J. A.,

Battistelli, E. S.,

Bigot-Sazy, M.-A.,

Fracchia, D.,

Bleurvacq, N.,

Wicek, F.,

Kristukat, C.,

Passerini, A.,

Amico, G.,

Azzoni, S.,

Baù, A.,

Incardona, F.,

Murphy, J. D.,

Gayer, D.,

Paiella, A.,

Charlassier, R.,

Columbro, F.,

Louis, T.,

Mundo, L. M.,

Ade, P.,

Bonis, J.,

García Redondo, M. E.,

Thermeau, J.-P.,

Tartari, A.,

García, B.,

Gilles, V.,

Grandsire, L.,

Polenta, G.,

Banfi, S.,

de Bernardis, P.,

Alberro, J. G.,

Bersanelli, M.,

Franceschet, C.,

Tomasi, M.,

De Petris, M.,

Perbost, C.,

Battaglia, P.,

Montier, L.,

Loucatos, S.,

Buzi, D.,

Auguste, D.,

Tucker, C.,

Marnieros, S.,

Melhuish, S.,

Zullo, A.,

González, M.,

Torchinsky, S.

2020

Overview

QUBIC is a ground-based experiment aiming to measure the B-mode polarization of the cosmic microwave background. The developed instrument is an innovative two-frequency band bolometric interferometer that will operate at 300 mK with NbSi TES arrays. In this paper, we describe the fabrication process of the detectors.

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Publisher

Springer US,Springer Nature B.V

Subject

Aluminum

/ Arrays

/ Big Bang theory

/ Bolometers

/ Characterization and Evaluation of Materials

/ Condensed Matter Physics

/ Cosmic microwave background