E Allys K Arnold J Aumont R Aurlien S Azzoni C Baccigalupi A J Banday R Banerji R B Barreiro N Bartolo L Bautista D Beck S Beckman M Bersanelli F Boulanger M Brilenkov M Bucher E Calabrese P Campeti A Carones F J Casas A Catalano V Chan K Cheung Y Chinone S E Clark F Columbro G D’Alessandro P de Bernardis T de Haan E de la Hoz M De Petris S Della Torre P Diego-Palazuelos M Dobbs T Dotani J M Duval T Elleflot H K Eriksen J Errard T Essinger-Hileman F Finelli R Flauger C Franceschet U Fuskeland M Galloway K Ganga M Gerbino M Gervasi R T Génova-Santos T Ghigna S Giardiello E Gjerløw J Grain F Grupp A Gruppuso J E Gudmundsson N W Halverson P Hargrave T Hasebe M Hasegawa M Hazumi S Henrot-Versillé B Hensley L T Hergt D Herman E Hivon R A Hlozek A L Hornsby Y Hoshino J Hubmayr K Ichiki T Iida H Imada H Ishino G Jaehnig N Katayama A Kato R Keskitalo T Kisner Y Kobayashi A Kogut K Kohri E Komatsu K Komatsu K Konishi N Krachmalnicoff C L Kuo L Lamagna M Lattanzi A T Lee C Leloup F Levrier E Linder G Luzzi J Macias-Perez T Maciaszek B Maffei D Maino S Mandelli E Martínez-González S Masi M Massa S Matarrese F T Matsuda T Matsumura L Mele M Migliaccio Y Minami A Moggi J Montgomery L Montier G Morgante B Mot Y Nagano T Nagasaki R Nagata R Nakano T Namikawa F Nati P Natoli S Nerval F Noviello K Odagiri S Oguri H Ohsaki L Pagano A Paiella D Paoletti A Passerini G Patanchon F Piacentini M Piat G Pisano G Polenta D Poletti T Prouvé G Puglisi D Rambaud C Raum S Realini M Reinecke M Remazeilles A Ritacco G Roudil J A Rubino-Martin M Russell H Sakurai Y Sakurai M Sasaki D Scott Y Sekimoto K Shinozaki M Shiraishi P Shirron G Signorelli F Spinella S Stever R Stompor S Sugiyama R M Sullivan A Suzuki T L Svalheim E Switzer R Takaku H Takakura Y Takase A Tartari Y Terao J Thermeau H Thommesen K L Thompson M Tomasi M Tominaga M Tristram M Tsuji M Tsujimoto L Vacher P Vielva N Vittorio W Wang K Watanuki I K Wehus J Weller B Westbrook J Wilms B Winter E J Wollack J Yumoto M Zannoni
Progress of Theoretical and Experimental Physics 2023(4) 2022年11月
Abstract
LiteBIRD, the Lite (Light) satellite for the study of B-mode polarization and Inflation from cosmic background Radiation Detection, is a space mission for primordial cosmology and fundamental physics. The Japan Aerospace Exploration Agen...
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