2009PASP..121.1395L


Query : 2009PASP..121.1395L

2009PASP..121.1395L - Publ. Astron. Soc. Pac., 121, 1395-1408 (2009/December-0)

The Palomar Transient Factory: system overview, performance, and first results.

LAW N.M., KULKARNI S.R., DEKANY R.G., OFEK E.O., QUIMBY R.M., NUGENT P.E., SURACE J., GRILLMAIR C.C., BLOOM J.S., KASLIWAL M.M., BILDSTEN L., BROWN T., CENKO S.B., CIARDI D., CRONER E., DJORGOVSKI S.G., VAN EYKEN J., FILIPPENKO A.V., FOX D.B., GAL-YAM A., HALE D., HAMAM N., HELOU G., HENNING J., HOWELL D.A., JACOBSEN J., LAHER R., MATTINGLY S., McKENNA D., PICKLES A., POZNANSKI D., RAHMER G., RAU A., ROSING W., SHARA M., SMITH R., STARR D., SULLIVAN M., VELUR V., WALTERS R. and ZOLKOWER J.

Abstract (from CDS):

The Palomar Transient Factory (PTF) is a fully-automated, wide-field survey aimed at a systematic exploration of the optical transient sky. The transient survey is performed using a new 8.1 square degree camera installed on the 48 inch Samuel Oschin telescope at Palomar Observatory; colors and light curves for detected transients are obtained with the automated Palomar 60 inch telescope. PTF uses 80% of the 1.2 m and 50% of the 1.5 m telescope time. With an exposure of 60 s the survey reaches a depth of and (5σ, median seeing). Four major experiments are planned for the five-year project: (1) a 5 day cadence supernova search; (2) a rapid transient search with cadences between 90 s and 1 day; (3) a search for eclipsing binaries and transiting planets in Orion; and (4) a 3π sr deep H-alpha survey. PTF provides automatic, real-time transient classification and follow-up, as well as a database including every source detected in each frame. This paper summarizes the PTF project, including several months of on-sky performance tests of the new survey camera, the observing plans, and the data reduction strategy. We conclude by detailing the first 51 PTF optical transient detections, found in commissioning data.

Abstract Copyright: ∼

Journal keyword(s): Astronomical Techniques

Nomenclature: Table 3: PTF YYaa N=52.

Simbad objects: 58

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Number of rows : 58
N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026
#notes
1 M 31 AGN 00 42 44.330 +41 16 07.50 4.86 4.36 3.44     ~ 13622 1
2 PTF 09o SN* 04 05 02.73 +73 24 54.2           CV? 4 0
3 NAME Ori Region reg 05 35 17.30 -05 23 28.0           ~ 623 0
4 SN 2009bc SN* 08 00 47.247 +46 56 53.97           SNIa 7 1
5 CRTS J080729.7+153442 CV* 08 07 29.705 +15 34 41.96           ~ 8 0
6 SN 2009bd SN* 09 14 34.16 +51 10 29.7           SNIa 7 1
7 SN 2009cp SN* 09 15 12.73 +19 05 46.3           SNIa 7 1
8 PTF 09d CV* 09 15 36.57 +50 34 51.5           ~ 3 0
9 SN 2009ck SN* 09 22 15.69 +45 44 53.4           SNIa 6 1
10 SN 2009cj SN* 09 45 30.4 +06 32 23           SNIa 8 1
11 M 81 Sy2 09 55 33.1726556496 +69 03 55.062505368   7.89 6.94     ~ 4725 3
12 SN 2009ch SN* 10 51 08.55 +74 05 23.2           SNIa 5 1
13 SN 2009cn SN* 11 03 06.64 +50 09 36.3           SNIa 7 1
14 PTF 09y SN? 11 16 34.27 +03 32 02.8           ~ 2 0
15 SN 2009cr SN* 11 18 06.46 +12 53 43.1           SNIa 7 1
16 SN 2009ci SN* 11 33 20.6471901480 -09 24 40.345446240           SNIa 5 1
17 SN 2009be SN* 11 41 54.05 +10 25 46.1           SNIa 6 1
18 SN 2009cv SN* 11 42 13.88 +10 38 54.0           SNII: 10 1
19 SN 2009cq SN* 11 46 50.12 +11 47 55.3           SNII: 6 1
20 SN 2009cm SN* 11 54 42.1 +55 18 10           SNIa 6 1
21 SN 2009bf SN* 12 06 51.67 +26 57 36.6           SNIa 7 1
22 SN 2009an SN* 12 22 47.40 +65 51 04.0           SNIa-norm 53 1
23 SN 2009co SN* 12 24 35.31 +47 14 16.8           SNIa 9 1
24 SN 2009cx SN* 12 24 39.20 +08 55 59.2           SNIa 7 1
25 SN 2009bh SN* 12 24 50.16 +08 25 57.6           SNIc 17 1
26 SN 2009cg SN* 12 26 17.84 +48 26 49.5           SNIa 6 1
27 SN 1994D SN* 12 34 02.395 +07 42 05.70   11.75 12.03     SNIa 559 1
28 SN 2009fg SN* 12 54 23.73 +56 43 57.3           SNIa 6 1
29 SN 2009cb SN* 12 59 15.85 +27 16 41.3           SLSN-I 25 1
30 SN 2009ez SN* 13 12 54.49 +43 28 35.9           SNIa 7 1
31 SN 2009ct SN* 13 15 23.15 +46 25 09.4           SNII 12 1
32 SN 2009cl SN* 13 21 45.15 +42 33 06.2           SNIa 6 1
33 SN 2009bg SN* 13 27 10.50 +31 30 32.5           SNIa 7 1
34 SN 2009cu SN* 13 29 12.64 +46 43 27.5           SNIa 7 1
35 M 51 Sy2 13 29 52.698 +47 11 42.93   9.26 8.36 8.40   ~ 4565 4
36 SN 2009ey SN* 14 09 16.68 +53 06 12.8           SNIa 7 1
37 PTF 09be SN* 14 10 18.54 +16 53 38.8           SNII 5 0
38 SN 2009cs SN* 14 15 19.36 +16 25 14.0           SNIa 6 1
39 SN 2009bk SN* 14 15 43.29 +16 11 59.1           SNII 11 1
40 SN 2009bj SN* 14 18 58.55 +35 23 15.3           SNII 10 1
41 SN 2009av SN* 14 23 55.82 +35 11 05.2           SNIa 8 1
42 SN 2009bi SN* 14 29 39.61 +39 09 32.8           SNIa 5 1
43 PTF 09bx SN? 14 30 50.42 +35 37 31.4           ~ 2 1
44 PSN K0905-003 SN* 14 32 14.62 +54 51 19.7           SN 9 0
45 SN 2009dr SN* 14 44 42.08 +49 43 44.9           SNIc 12 1
46 SN 2009fb SN* 14 50 00.12 +44 55 05.8           SNIa 7 1
47 PSN K0905-001 SN? 14 57 03.10 +49 36 40.8           ~ 85 0
48 SN 2009cw SN* 15 05 01.97 +48 40 03.9           SNIIn: 12 1
49 PTF 09gk SN* 15 06 11.06 +53 17 42.9           ~ 2 0
50 SN 2009bl SN* 15 16 31.50 +54 27 35.4           SNII 11 1
51 SN 2009fc SN* 15 27 48.59 +41 35 34.1           SNIa 8 1
52 SN 2009fd SN* 15 29 10.96 +40 47 38.8           SNIa 7 1
53 SN 2009fh SN* 15 44 38.77 +45 47 51.2           SNIa 8 1
54 SN 2009ff SN* 16 33 10.92 +53 05 30.8           SNIa 7 1
55 SN 2009fa SN* 16 46 42.8 +75 15 30           SNIa 6 1
56 SN 2009fe SN* 16 47 34.9 +49 50 00           SNII 8 1
57 PTF 09fs SN* 17 36 44.28 +53 40 12.3           SN 4 0
58 SN 2009ex SN* 17 38 26.07 +53 23 00.7           SNIa 7 1

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