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Paper
IPM / Astronomy / 18189 |
School of Astronomy
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Title: |
A panchromatic view of N2CLS GOODS-N: the evolution of the dust cosmic density since z~7
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Author(s): |
1. |
S. Berta
| 2. |
G. Lagache
| 3. |
A. Beelen
| 4. |
R. Adam
| 5. |
P. Ade
| 6. |
H. Ajeddig
| 7. |
S. Amarantidis
| 8. |
P. Andre
| 9. |
H. Aussel
| 10. |
A. Benoit
| 11. |
M. Bethermin
| 12. |
L.J. Bing
| 13. |
A. Bongiovanni
| 14. |
J. Bounmy
| 15. |
O. Bourrion
| 16. |
M. Calvo
| 17. |
A. Catalano
| 18. |
D. Cherouvrier
| 19. |
L. Ciesla
| 20. |
M. De Petris
| 21. |
F.X. Desert
| 22. |
S. Doyle
| 23. |
E.F.C. Driessen
| 24. |
G. Ejlali
| 25. |
D. Elbaz
| 26. |
A. Ferragamo
| 27. |
A. Gomez
| 28. |
J. Goupy
| 29. |
C. Hanser
| 30. |
S. Katsioli
| 31. |
F. Mayet
| 32. |
C. Kramer
| 33. |
B. Ladjelate
| 34. |
F. Keruzore
| 35. |
S. Leclercq
| 36. |
J.F. Lestrade
| 37. |
J.F. Macias-Perez
| 38. |
S.C. Madden
| 39. |
A. Maury
| 40. |
P. Mauskopf
| 41. |
F. Mayet
| 42. |
J.B. Melin
| 43. |
A. Monfardini
| 44. |
A. Moyer-Anin
| 45. |
M. Munoz-Echeverria
| 46. |
L. Perotto
| 47. |
G. Pisano
| 48. |
E. Pointecouteau
| 49. |
N. Ponthieu
| 50. |
G.W. Pratt
| 51. |
V. Reveret
| 52. |
A.J. Rigby
| 53. |
A. Ritacco
| 54. |
C. Romero
| 55. |
H. Roussel
| 56. |
F. Ruppin
| 57. |
K. Schuster
| 58. |
A. Sievers
| 59. |
C. Tucker
| 60. |
M.Y. Xiao
| 61. |
R. Zylka
| 62. |
H. Messias
| 63. |
I. Myserlis
| 64. |
R. Neri
| 65. |
A. Paliwal
|
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Status: |
Published
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Journal: |
Astronomy & Astrophysics
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No.: |
193
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Vol.: |
696
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Year: |
2025
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Pages: |
1-48
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Supported by: |
IPM
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Abstract: |
To understand early star formation, it is essential to determine the dust mass budget of high-redshift galaxies. Sub-millimeter rest-frame emission, dominated by cold dust, is an unbiased tracer of dust mass. The NIKA2 camera conducted a deep blank field survey at 1.2 and 2.0 mm in the GOODS-N field as part of the NIKA2 Cosmological Legacy Survey (N2CLS), detecting 65 sources with SNR>=4.2. Thanks to a dedicated interferometric program with NOEMA and other high-angular resolution data, we identify the multi-wavelength counterparts of these sources and resolve them into 71 individual galaxies. We build detailed SEDs and assign a redshift to 68 of them, over the range 0.6
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