QUBIC: Exploring the Primordial Universe with the Q&U Bolometric Interferometer
Author:
Mennella AnielloORCID, Ade Peter, Amico Giorgio, Auguste Didier, Aumont Jonathan, Banfi Stefano, Barbaràn Gustavo, Battaglia Paola, Battistelli Elia, Baù Alessandro, Bélier Benoit, Bennett David, Bergé Laurent, Bernard Jean, Bersanelli Marco, Bigot Sazy Marie, Bleurvacq Nathan, Bonaparte Juan, Bonis Julien, Bunn Emory, Burke David, Buzi Daniele, Buzzelli Alessandro, Cavaliere Francesco, Chanial Pierre, Chapron Claude, Charlassier Romain, Columbro FabioORCID, Coppi Gabriele, Coppolecchia Alessandro, D’Agostino Rocco, D’Alessandro GiuseppeORCID, De Bernardis Paolo, De Gasperis GiancarloORCID, De Leo Michele, De Petris Marco, Di Donato Andres, Dumoulin Louis, Etchegoyen Alberto, Fasciszewski Adrián, Franceschet CristianORCID, Gamboa Lerena Martin, Garcia BeatrizORCID, Garrido Xavier, Gaspard Michel, Gault Amanda, Gayer Donnacha, Gervasi Massimo, Giard Martin, Giraud Héraud Yannick, Gómez Berisso Mariano, González Manuel, Gradziel Marcin, Grandsire LaurentORCID, Guerard Eric, Hamilton Jean, Harari Diego, Haynes Vic, Henrot Versillé Sophie, Thuong Hoang Duc, Holtzer Nicolas, Incardona Federico, Jules Eric, Kaplan JeanORCID, Korotkov Andrei, Kristukat Christian, Lamagna Luca, Loucatos Sotiris, Louis Thibaut, Lowitz Amy, Lukovic Vladimir, Luterstein Raùl, Maffei Bruno, Marnieros Stefanos, Masi Silvia, Mattei Angelo, May Andrew, McCulloch Mark, Medina Maria, Mele Lorenzo, Melhuish SimonORCID, Montier Ludovic, Mousset Louise, Mundo Luis, Murphy John, Murphy James, O’Sullivan Creidhe, Olivieri Emiliano, Paiella Alessandro, Pajot Francois, Passerini Andrea, Pastoriza HernanORCID, Pelosi Alessandro, Perbost Camille, Perciballi Maurizio, Pezzotta FedericoORCID, Piacentini Francesco, Piat Michel, Piccirillo Lucio, Pisano Giampaolo, Polenta Gianluca, Prêle Damien, Puddu Roberto, Rambaud Damien, Ringegni Pablo, Romero Gustavo, Salatino Maria, Schillaci Alessandro, Scóccola Claudia, Scully Stephen, Spinelli Sebastiano, Stankowiak GuillaumeORCID, Stolpovskiy Michail, Suarez Federico, Tartari AndreaORCID, Thermeau Jean, Timbie Peter, Tomasi MaurizioORCID, Torchinsky SteveORCID, Tristram Matthieu, Tucker Carole, Tucker Gregory, Vanneste Sylvain, Viganò Daniele, Vittorio Nicola, Voisin Fabrice, Watson Robert, Wicek Francois, Zannoni Mario, Zullo Antonio
Abstract
In this paper, we describe QUBIC, an experiment that will observe the polarized microwave sky with a novel approach, which combines the sensitivity of state-of-the-art bolometric detectors with the systematic effects control typical of interferometers. QUBIC’s unique features are the so-called “self-calibration”, a technique that allows us to clean the measured data from instrumental effects, and its spectral imaging power, i.e., the ability to separate the signal into various sub-bands within each frequency band. QUBIC will observe the sky in two main frequency bands: 150 GHz and 220 GHz. A technological demonstrator is currently under testing and will be deployed in Argentina during 2019, while the final instrument is expected to be installed during 2020.
Subject
General Physics and Astronomy
Cited by
20 articles.
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