Beecroft Institute for Particle Astrophysics and Cosmology

Research group

Research theme

Sub department

About

Planet Four: Derived South Polar Martian Winds Interpreted Using Mesoscale Modeling

The Planetary Science Journal American Astronomical Society 3:2 (2022) 31

Authors:

Ganna Portyankina, Timothy I Michaels, Klaus-Michael Aye, Megan E Schwamb, Candice J Hansen, Chris J Lintott
More details from the publisher
More details
More details

Euclid preparation

Astronomy & Astrophysics EDP Sciences 658 (2022) a126

Authors:

A Moneti, HJ McCracken, M Shuntov, OB Kauffmann, P Capak, I Davidzon, O Ilbert, C Scarlata, S Toft, J Weaver, R Chary, J Cuby, AL Faisst, DC Masters, C McPartland, B Mobasher, DB Sanders, R Scaramella, D Stern, I Szapudi, H Teplitz, L Zalesky, A Amara, N Auricchio, C Bodendorf, D Bonino, E Branchini, S Brau-Nogue, M Brescia, J Brinchmann, V Capobianco, C Carbone, J Carretero, FJ Castander, M Castellano, S Cavuoti, A Cimatti, R Cledassou, G Congedo, CJ Conselice, L Conversi, Y Copin, L Corcione, A Costille, M Cropper, A Da Silva, H Degaudenzi, M Douspis, F Dubath, CAJ Duncan, X Dupac, S Dusini, S Farrens, S Ferriol, P Fosalba, M Frailis, E Franceschi, M Fumana, B Garilli, B Gillis, C Giocoli, BR Granett, A Grazian, F Grupp, SVH Haugan, H Hoekstra, W Holmes, F Hormuth, P Hudelot, K Jahnke, S Kermiche, A Kiessling, M Kilbinger, T Kitching, R Kohley, M Kümmel, M Kunz, H Kurki-Suonio, S Ligori, PB Lilje, I Lloro, E Maiorano, O Mansutti, O Marggraf, K Markovic, F Marulli, R Massey, S Maurogordato, M Meneghetti, E Merlin, G Meylan, M Moresco, L Moscardini, E Munari, SM Niemi, C Padilla, S Paltani, F Pasian, K Pedersen, S Pires, M Poncet, L Popa, L Pozzetti, F Raison, R Rebolo, J Rhodes, H Rix, M Roncarelli, E Rossetti, R Saglia, P Schneider, A Secroun, G Seidel, S Serrano, C Sirignano, G Sirri, L Stanco, P Tallada-Crespí, AN Taylor, I Tereno, R Toledo-Moreo, F Torradeflot, Y Wang, N Welikala, J Weller, G Zamorani, J Zoubian, S Andreon, S Bardelli, S Camera, J Graciá-Carpio, E Medinaceli, S Mei, G Polenta, E Romelli, F Sureau, M Tenti, T Vassallo, A Zacchei, E Zucca, C Baccigalupi, A Balaguera-Antolínez, F Bernardeau, A Biviano, M Bolzonella, E Bozzo, C Burigana, R Cabanac, A Cappi, CS Carvalho, S Casas, G Castignani, C Colodro-Conde, J Coupon, HM Courtois, D Di Ferdinando, M Farina, F Finelli, P Flose-Reimberg, S Fotopoulou, S Galeotta, K Ganga, J Garcia-Bellido, E Gaztanaga, G Gozaliasl, I Hook, B Joachimi, V Kansal, E Keihanen, CC Kirkpatrick, V Lindholm, G Mainetti, D Maino, R Maoli, M Martinelli, N Martinet, M Maturi, RB Metcalf, G Morgante, N Morisset, A Nucita, L Patrizii, D Potter, A Renzi, G Riccio, AG Sánchez, D Sapone, M Schirmer, M Schultheis, V Scottez, E Sefusatti, R Teyssier, O Tubio, I Tutusaus, J Valiviita, M Viel, H Hildebrandt
More details from the publisher
More details
More details

Euclid: Forecasts from redshift-space distortions and the Alcock–Paczynski test with cosmic voids⋆

Astronomy & Astrophysics EDP Sciences 658 (2022) a20

Authors:

N Hamaus, M Aubert, A Pisani, S Contarini, G Verza, M-C Cousinou, S Escoffier, A Hawken, G Lavaux, G Pollina, BD Wandelt, J Weller, M Bonici, C Carbone, L Guzzo, A Kovacs, F Marulli, E Massara, L Moscardini, P Ntelis, WJ Percival, S Radinović, M Sahlén, Z Sakr, AG Sánchez, HA Winther, N Auricchio, S Awan, R Bender, C Bodendorf, D Bonino, E Branchini, M Brescia, J Brinchmann, V Capobianco, J Carretero, FJ Castander, M Castellano, S Cavuoti, A Cimatti, R Cledassou, G Congedo, L Conversi, Y Copin, L Corcione, M Cropper, A Da Silva, H Degaudenzi, M Douspis, F Dubath, CAJ Duncan, X Dupac, S Dusini, A Ealet, S Ferriol, P Fosalba, M Frailis, E Franceschi, P Franzetti, M Fumana, B Garilli, B Gillis, C Giocoli, A Grazian, F Grupp, SVH Haugan, W Holmes, F Hormuth, K Jahnke, S Kermiche, A Kiessling, M Kilbinger, T Kitching, M Kümmel, M Kunz, H Kurki-Suonio, S Ligori, PB Lilje, I Lloro, E Maiorano, O Marggraf, K Markovic, R Massey, S Maurogordato, M Melchior, M Meneghetti, G Meylan, M Moresco, E Munari, SM Niemi, C Padilla, S Paltani, F Pasian, K Pedersen, V Pettorino, S Pires, M Poncet, L Popa, L Pozzetti, R Rebolo, J Rhodes, H Rix, M Roncarelli, E Rossetti, R Saglia, P Schneider, A Secroun, G Seidel, S Serrano, C Sirignano, G Sirri, J-L Starck, P Tallada-Crespí, D Tavagnacco, AN Taylor, I Tereno, R Toledo-Moreo, F Torradeflot, EA Valentijn, L Valenziano, Y Wang, N Welikala, G Zamorani, J Zoubian, S Andreon, M Baldi, S Camera, S Mei, C Neissner, E Romelli
More details from the publisher
More details
More details

EDGE: the puzzling ellipticity of Eridanus II's star cluster and its implications for dark matter at the heart of an ultra-faint dwarf

(2022)

Authors:

Matthew DA Orkney, Justin I Read, Oscar Agertz, Andrew Pontzen, Martin P Rey, Alex Goater, Ethan Taylor, Stacy Y Kim, Maxime Delorme
More details from the publisher
Details from ArXiV

Catalogues of voids as antihaloes in the local Universe

Monthly Notices of the Royal Astronomical Society: Letters Oxford University Press 511:1 (2022) L45-L49

Authors:

H Desmond, Ml Hutt, J Devriendt, A Slyz

Abstract:

A recently proposed algorithm identifies voids in simulations as the regions associated with haloes when the initial overdensity field is negated. We apply this method to the real Universe by running a suite of constrained simulations of the 2M++ volume with initial conditions inferred by the BORG algorithm, along with the corresponding inverted set. Our 101 inverted and uninverted simulations, spanning the BORG posterior, each identify ∼150 000 ‘voids as antihaloes’ with mass exceeding 4.38 × 1011 M⊙ (100 particles) at z = 0 in a full-sky sphere of radius 155 Mpc h−1 around the Milky Way. We calculate the size function, volume filling fraction, ellipticity, central density, specific angular momentum, clustering, and stacked density profile of the voids, and cross-correlate them with those produced by VIDE on the same simulations. We make our antihalo and VIDE catalogues publicly available.
More details from the publisher
Details from ORA