Transcript
NOAO FISCAL YEAR ANNUAL REPORT FY 2010
Woodley, K.A., et al. 2010, !"#$%&'#$%()%#$*+,-$./0-123/45$67$3,-$896:;92<$=9;53-<$>?53-1$67$@8=$A%B($ C/3,$2$@-C$D221F9-$67$G2H/29$I-964/3?$J-25;<-1-035K Woodley, K.A., et al. 2010, !F"#$)L(#$%&&A#$*+,-$!E-5#$J-3299/4/3/-5#$20H$!9F,2$M9-1-03$M0,204-1-035$67$ Globular Clusters in the Elliptical NGC 5128: A Homogeneous Spectroscopic Study with Gemini/Gemini Multi-N:O-43$>F-43<6E<2F,K Ybarra, J.E., et al. 2010, ApJ, 714, 469, *Spitzer and Near-Infrared Observations of a New Bipolar Protostellar Outflow in the Rosette Molecular Clo;HK P--#$"Q=Q#$"-05-0#$MQDQ@Q$BL%L#$!F"#$)%%#$&L&#$*!$+-53$67$R<--Main->-S;-04-$D/3,/;1$T-F9-3/60$J6H-95K Zacharias, N. 2010, AJ, 139, 2208, *U=!=&$R/V-9$R<64-55/0EK W24,2$@2Y29$N:5-6;3,$G-E/60K W6<636Y/4#$JQ#$-3$29Q$BL%L#$!"#$%&'#$&A)#$*+,-$896:;92<$=9;53-<$@8=$AB(aQ$bbQ$I232<5K
D.2 T E L ESC O PES A T K I T T P E A K N A T I O N A L O BSE R V A T O R Y ! During FY10 (Oct. 2009cSept. 2010), 162 publications used data taken at the KPNO telescopes: Abia, C., C unha, K .#$d$Hinkle, K .#$d$Smith, V. V.#$-3$29Q$BL%L#$!F"#$)%A#$D'X#$*`9;632<5K Anguita, T., et al. 2009, A&A, 507, 35, *COSMOS 5921+0638: Characterization and Analysis of a New St<60E$8<2Y/323/60299?$D-05-H$!8@K !<2Y-02#$JQ#$-3$29Q$BL%L#$!F"#$)L(#$D&a#$*M0Y/<601-03$67$J!JeN$8292V/-5$/0$3,-$=N>JN>$`/-9HK Aravena, M., et al. 2010, ApJ, 719, L15, *bH-03/7/423/60$67$+C6$e 3 Submillimeter Galaxy =20H/H23-5$/0$3,-$=N>JN>$`/-9HK !55-7#$GQ"Q#$-3$29Q$BL%L#$!F"#$)%&#$')L#$*D6C-Resolution Spectral Templates for Active Galactic Nuclei and 8292V/-5$7<61$LQL&$36$&L$f1K Barkhouse, W., Yee, H., López-Cruz, O. 2009, ApJ, 703, 2024, *The Galaxy Population of Low-Redshift Abell ClustersK Belokurov, V., et al. 2010, ApJ, 712, L103, *Big Fish, Little Fish: Two New Ultra-faint Satellites of the Milky WayK e-<5,2H?#$JQ!Q#$-3$29Q$BL%L#$!F"#$)%a#$%'(#$*+,-$T/5gJ255$>;;F-43<6546F/4$!:;0H204-5$20H$J-1:-<5,/F$/0$3,-$h697$a&L$ J6Y/0E$8<6;FK Bussmann, R., Dey, A. 2009, ASP Conf. 408, eds. W. Wang, et al. (ASP), 461, *HST Morphologies of z ~ 2 Dust Obscured GalaxiesK Bussmann, R., Dey, A., d$Jannuzi, B., et al. 2009, ApJ, 705, 184, *Infrared Luminosities and Dust Properties of ]$i$B Dust-Obscured GalaxiesK =294,/$@6Y23/#$>Q#$-3$29Q$BL%L#$!F"#$)%)#$'()#$*J&%$R/V-9$D-05/0E$MY-03$N!e-N2: A Study of the Lens R<6F-<$J63/60K Cannon, J.M., et a9Q$BL%L#$!"#$%&'#$B%)L#$*+,-$>3-992<$20H$825-6;5$=603-035$67$3,-$N3<-21K Chou, M.-PQ#$d$C unha, K ., Smith, V.V., et al. 2010, ApJ, 720, L5, *The Chemical Evolution of the Monoceros Ring/Galactic Anticenter Stellar StructureK Chou, M.-Y., C unha, K ., d$Smith, V.V.#$-3$29Q$BL%L#$!F"#$)L(#$%B'L#$*!$+C6$J/4<60$!99$>g?$Survey View of the Sagittarius Dwarf Galaxy. VI. s-Process and Titanium Abundance Variations along the Sagitta3<-21K =9-1#$"QDQ#$D20H693#$!QUQ$BL%L#$R!>R#$%BB#$B)#$*+,-$M49/F5/0E$e/02320H2;F-<06Y2-$23$G-H5,/73$ <~0.3 from 3,-$>9620$T/E/329$>g?$>;;F-<06Y2$>;;F-<06Y2-$/0$8292V?$ Clusters from the SDSS-bb$>;F-<06Y2$>;32<$R8$L%%Bm%LXK T;0,21#$d$Howell, S.B., et al. 2010, ApJ, 713#$D%&a#$*.-F9-<-6b: A Transiting Hot Jupiter Orbiting a Metal-G/4,$>3232<5K Fekel, F., Willmarth, D. 2009, PASP, 121, 1359, *The Spectroscopic Orbit of SAO 167450, Visual Companion of AA CetiK Fekel, F.C., H inkle, K .H., Joyce, R.R.#$h66H#$RQGQ$BL%L#$!"#$%&'#$%&%A#$*b07<2<-H$>F-43<6546F?$67$ Symbiotic Stars. VIII. Orbits for Three S-Type Systems: AE Arae, Y Coronae Australis, and SS 73-%X)K `-g-9#$`Q=Q#$+61g/0#$"Q#$h/99/21560#$JQlQ$BL%L#$!"#$%&'#$%A)'#$*@-C$R<-4/5/60$N<:/35$of Bright DoubleD/0-H$>F-43<6546F/4$e/02QhQ#$-3$29Q$BL%L#$!F"#$)%(#$%%(a#$*T/546Y-$R/963$R<6O-43K `96?H#$TQ#$-3$29Q$BL%L#$!F"#$)%&#$aa#$*l;::9-$>F24-$+-9-546F-$@-2<-Infrared Snapshot Survey of 3CR G2H/6$>6;<4-$=6;03-32<$`6<123/60$/0$8292V?$R2/<5$23$]$o$LQL(c LQ&(K Freeland, E., Chomiuk, L., Keenan, R., Nelson, T. 2010, AJ, 139, 865, *Evidence for a Strong End-on Bar in the Ringed p-Drop Galaxy NGC 6503K
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PUBLICATIONS USING DATA FROM NOAO TELESCOPES
`3udy. XXXVIII. Stellar Radial Velocities /0$3,-$P6;0E$NF-0$=9;53-<$J&A$Z@8=$B%a([K 8-99-<#$JQ#$-3$29Q$BL%L#$!F"#$)L'#$(&B#$*>lMD>q$+-53/0E$h-2g-D-05/0E$J2F5$C/3,$G-H5,/73$>;3-/0,2;-<#$!Q#$D2H2#$MQ$BL%L#$!F"#$)%a#$a&X#$*`D!Jb@8N>$@-2<$b07<2<-H$>;T>>$"%BAXmL(Xaq$!$e/02;F-<06Y2$>;Q$BL%L#$!"#$%&'#$B)La#$*`e>$L%L)-082: A Symbiotic Binary in a Rare Prolonged N;3:;<53rK
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l60E#$>Q!Q#$G65-0:-29]-<#$"Q"Q$BL%L#$!F"#$)%)#$AL&#$*b07<2<-H$R<6F-<3/-5$67$2$ Complete Sample of Star-`6<1/0E$TC2<7$8292V/-5K l6<4,#$MQ#$-3$29Q$BL%L#$!"#$%&'#$BLA#$*==T$>F-4g9-$N:5-F/3]:2<3#$eQ$BL%L#$!F"#$)L'#$%LXB#$*I23-992<$J255$!55-1:9?$:-3C--0$0.2 < z < 2 from the S=N>JN>$>;9620$T/E/329$>g?$>;-2<4,Q$bIQ$>323/53/429$ D-05$>21F9-$7<61$3,-$`/73,$T232$G-9-25-K James, D.J., et al. BL%L#$!s!#$A%A#$!%LL#$*@-C$G6323/60$R-R$=607Q$X%(#$-H5Q$+Q$N02g2#$-3$29Q$Z!>R[#$AL&#$*NF3/429t@bG$b12E/0E$67$!.!Gb$ NEP-C/H-$>;#$%'L#$%aa#$*NF3/429$b12E-5$20H$>6;<4-$=23296E$67$!.!Gb$@6<3,$M49/F3/4$R69-$ h/H-$>;3;H?$67$2$>21F9-$67$)L$f1 Selected 8292V/-5$/0$3,-$=N>JN>$`/-9HQ$bQ$>F-43<29$M0-Q#$I2442<6#$+QGQ$BL%L#$!s!#$A%a#$D)#$*+,-$T6;:9-$T-E-0-<23-$>?53-1$@D++$ %%)X(K .0/E,3#$JQJQ#$-3$29Q$BL%L#$!"#$%&'#$'Ba#$*R,6361-33;H?$67$3he Kreutz Comets Observed by SOHO 7<61$%''a$36$BLLAK .6:;90/4g?#$lQ#$8/9:-<3#$bQ#$./1/0g/#$TQ$BL%L#$!F"#$)%L#$AX'#$*Ne$>32<5$20H$>3-992<$e6C$>,64g5$/0$ Cygnus-\q$!$@6Y-9$D2:6<2363-992<$J255$D655$G23-5K Kobulnicky, H.A., Martin, C.L. 2010, ApJ#$)%(#$)BX#$*+,-$T/77;5-$20H$=61F243$\-ray Components of the Starburst Galaxy Henize 2-%LK .655#$JQ#$J;5,63]g?#$GQ#$I-/99-;V#$>Q#$h/03-<#$DQ$BL%L#$!F"#$)%a#$D%BA#$*J-C/73$e!+$!8@$>21F9-K .6]96C5g/#$>Q#$d$Dey, A.#$d$Jannuzi, B.T.#$-3$29Q$BL%L#$!F"#$)%a#$A&L#$*J/H-Infrared Variability from the Spitzer Deep Wide-`/-9H$>;-?7-<3$8292V/-5K Kunder, A., Chaboyer, B., Layden, A. 2010, AJ, 139, 415, *The Determination of Reddening from Intrinsic IG$=696<5$67$GG$D?<2-$>32<5K Kuzio de Naray, R., Zagursky, M., McGaugh, S. 2009, AJ, 138, 1082, *Kinematic and Photometric Evidence for a Bar in NGC 2683K D20H693#$!Q$BL%L#$+,-$N:5-R#$%BB#$%LL(#$*R,6361-332<5$/0$3,-$T/<-43/60$67$ NGC 1)Xat%)ALt%)A(K D20H693#$!QUQ#$=9-1#$"QDQ$BL%L#$R!>R#$%BB#$AX%#$*J60/363;H?$67$\-ray Groups in the Cosmos Survey: Form and Evolution of the Mass-D;1/065/3?$G-923/60K D-:]-93-<#$+Q#$d$Hinkle, K . H.#$-3$29Q$BL%L#$!s!#$A%)#$!a#$*!:;0H204-$!029?5/5$76<$D60E$R-,64g$>3<;43;<-$67$3,-$e291-<-Dominated Filaments in +?4,6k5$>;F-<06Y2$G-10203q$=651/4-<2?$R<-4;<56?53-1$67$3,- Virgo Giant Elliptical Galaxy @8=$Xa&aQ$bbQ$./0-123/45$67$3,-$896:;92<$=9;53-<$>?53-1K Lewis, K.T., Eracleous, M., Storchi-e-#$%()#$X%a#$*D60E-Term Profile Variability in Active Galactic Nucleus with Double-Peaked Balmer Emission Line5K Lin, H.-hQ#$-3$29Q$BL%L#$R!>R#$%BB#$%L&L#$*N0$3,-$T-3-43/60$67$+C6$@-C$+<205-Neptunian Binaries from 3,-$=`MR>$.;/F-<$e-93$>;#$&''#$%B'#$*8292V?$W66q$ul200?k5$I66#$%()#$X'A#$*+,-$=,20H<2$!=b>$>;;F-<06Y2$G-102035K J20460-#$=QDQ#$-3$29Q$BL%L#$!F"#$)BL#$B(X#$*+,-$`6<123/60$67$J255/Y-$=9;53-<$8292V/-5K Marsh, A., McSwain, M., Currie, T. 2010, IAU Symp. 266, eds. R. de Grijs and J. Lépine (Cambridge), XaB#$*!029?5/5$67$3,-$e$20H$e--Star Populations of the Double Cluster ,$20H$j R-<5-/K J2<3/69/#$MQ#$-3$29Q$BL%L#$!F"#$)L(#$aBA#$*+,-$J255$67$3,-$=20H/H23-$MV6F920-3$=61F20/60$36$lT$%&a%%($ from Hubble Space Telescope Astrometry and High-R<-4/5/60$G2H/29$I-964/3/-5K
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Mason, B.D., Hartkopf, W.I., McAlister, H.A. 2010, AJ, 140, 2XB#$*e/0232<$N<:/35Q$bbbQ$G-Y/5/3/0E$3,-$ G-1232<$N<:/35Q$bIQ$N<:/35$67$%($ >6;3,-<0$b03-<7-<61-332<$`<243/60$67$)a$F-<$=-03$20H$U0;5;29$N<:/3$ R2<21-3-<5$76<$3,-$e9;-$>3<2EE9-<5$67$@8=$%((K McSwain, M., et al. 2010, AJ, 139, 857, *Multiwavelength Observations of the Runaway Binary HD 15137K Meisner, A., Romani, R. 2010, ApJ, 712, 14, *Imaging Redshift Estimates for BL Lacertae ObjectsK J-/V0-<#$JQ#$d$K nezek, P.#$d$Joyce, R.R., et al. BL%L#$R!>R#$%BB#$XA%#$*T-5/E0$NY-#$XLB#$)A&#$*!==M>>q$@bG$D;1/065/3?$`;043/60$20H$>3-992<$J255$ `;043/60$67$8292V/-5$/0$3,-$>,2F9-?$>;F-<49;53-<$M0Y/<601-03K J-55/0-6#$JQ#$-3$29Q$BL%L#$!F"#$)L(#$%BX%#$*l;::9-$>F24-$+-9-546F-t@-2<-Infrared Camera and Multi6:O-43$>F-43<61-3-<$N:5-M'$>3-992<$=9;53-;Q#$J6Q#$-3$29Q$BL%L#$!F"#$)%a#$AB%#$*G2H/6$>6;<4-5$7<61$2$&%$8l]$>g?$>;;0?2-YW-9kH6Y/4,$!<<2?K Muñoz-Mateos, J., et al. 2009, ApJ, 703, 1569, *Radial Distribution of Stars, Gas, and Dust in SINGS Galaxies. I. Surface Photometry and MorphologyK Noguchi, K., et al. 2010, ApJ, 711, 144, *Scattered X-rays in Obscured Active Galactic Nuclei and Their Implications for Geometrical Structure and EvolutionK N-54,#$RQ!Q#$-3$29Q$BL%L#$!F"#$)%X#$DX)#$*+,-$e;/9H;F$67$3,-$l;::9-$>-S;-04-$/0$3,-$=65165$`/-9HK
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PUBLICATIONS USING DATA FROM NOAO TELESCOPES
N;F-<5673$\-<2?$>6;<4-5$/0$J&%K Park, H., et al. 2010, Ap"#$)L'#$&))#$*+,-$896:;92<$=9;53-<$>?53-1$67$3,-$I/;:2<;t`2/03$N:O-43$=21-<2$20H$>F-43<6E<2F,$>F-43<6546F?$20H$T232:25-K R-2<560#$=QRQ#$-3$29Q$BL%L#$!s!#$A%X#$!(#$*>6;<4-$=6;035$23$%A$Jicrons from the AKARI NEP SurY-?K R69-5g/#$GQ#$-3$29Q$BL%L#$!F">#$%('#$%&X#$*+,-$\N$R920-32;#$%'L#$%#$*!$>;3-992<$`21/9/-5q$J;93/F9/4/3?$67$>692<-+?F-$>32<5K G2?160H#$"Q=Q#$-3$29Q$BL%L#$!F"#$)%B#$'L%#$*@60-Maxwellian l_$R<67/9-5$/0$+?4,6k5$>;F-<06Y2$G-10203K G,6H-#$.QDQ#$h/0H54,/39#$"QDQ#$P6;0E#$JQTQ$BL%L#$!"#$%XL#$X&L#$*hbP@$b12E/0E$67$3,-$896:;92<$=9;53-<$ >?53-15$67$3,-$>F/<29$8292V/-5$@8=$('%$20H$@8=$XL%&K Richards, M.T., Sharova, O.I., Agafonov, M.I. 2010, ApJ, 720#$''a#$*+,<---Dimensional Doppler TomoE<2F,?$67$3,-$G>$I;9F-4;92-$b03-<243/0E$e/0232<$ Formation Rate of Galaxies at 0.0 v$]$v$%QBK G?20#$=Q#$T-$G6:-<3/5#$JQ$BL%L#$!F"#$)%L#$)(&#$*+,-$D6429$M0Y/<601-035$67$b03-<243/0E$8292V?$>?53-15K Sánchez-Blázquez, P., et al. BLL'#$J@G!>#$XLL#$%BaX#$*!<-$T32<5$/0$3,-$896:;92<$=9;53-<$J%&K >-3<2551-/-<#$.Q8Q#$-3$29Q$$BL%L#$!s!#$ABL#$!AB#$*G6323/60$20H$J2E0-3/4$!43/Y/3?$67$3,-$l-<3]5F<;0E-Gap 8/203$&%$=612-K Strazzullo, V., et 29Q$BL%L#$!F"#$)%X#$%&LA#$*+,-$T--F$>C/<-$`/-9HQ$bIQ$`/<53$R<6F-<3/-5$67$3,-$>;:-mJy 8292V?$R6F;923/60q$G-H5,/73$T/5332<$`6<123/60K Stringfellow, G.S., Bally, J., Ginsburg, A. 2009, Protostellar Jets in Context, eds. K. Tsinganos, T. Ray, M. >3;3-$Z>F3-992<$"-35$20H$N;3796C5$/0$3,-$J255/Y-$>32<$`6<1/0E$=61F9-V$hAK
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NOAO FISCAL YEAR ANNUAL REPORT FY 2010
>]g6H?#$RQ#$d$Howell, S.#$-3$29Q$BL%L#$!F"#$)%L#$aX#$*`/0H/0E$3,-$b0532:/9/3?$>3Q#$e-32<$ `6<123/60$/0$J$&%K +2g2E/#$+Q#$-3$29Q$BL%L#$!s!#$A%X#$!A#$*R69?4?49/4$!<6123/4$l?H<642<:60$ZR!l[$D;1/06;5$8292V/-5$23$ z ~ %K Ta02g2#$JQ#$-3$29Q$BL%L#$!F"#$)L(#$%%a(#$*>3<;43;<-$20H$R6F;923/60$67$3,-$!0H<61-H2$>3-992<$l296$7<61$2$ Subaru/Suprime-=21$>;/1;923/605K +,6125#$=Q#$e/0]-9#$GQ$BL%L#$b42<;5#$BLA#$X%'#$*bH-03/7?/0E$J-3-66;<4-$G-E/605$3,<6;E,$@-2<-Earth N:O-43$>F-43<6546F?K +699-<;H#$MQ#$e2<360#$MQ#$Y20$W--#$DQ#$=66g-#$"Q$BL%L#$!F"#$)L(#$%L)a#$*+,-$hlbnbb$>;F-43<6546F/4$R<6F-<3/-5$67$D;1/06;5$=61F243$e9;-$8292V/-5K +6;,21/#$PQ#$-3$29Q$BL%L#$R!>R#$%BB#$&)'#$*>F-43<29$M0-32<5K Tran, K., et al. 2009, ApJ, 705, 809, *A Spectroscopically Confirmed Excess of 24 f1 Sources in a Super Galaxy Group at z = 0.37: Enhanced Dusty Star Formation Relative to the Cluster and Field EnvironmentK +#$XLA#$BBX&#$*>F-43<6546F/4$bH-03/7/423/605$67$>hbGM$>6;<4-5$/0$MD!b>@%K Tueller, J., et al. 2010, ApJS, 186, 378, *The 22 Month Swift-BAT All-Sky Hard X-ray SurveyK Y20$T6gg;1#$RQ#$-3$29Q$BL%L#$!F"#$)L'#$%L%(#$*+,-$8<6C3,$67$J255/Y-$8292V/-5$>/04-$]$o$BK Y20$M?g-0#$"Q=Q#$8-#$"Q#$J2,2H-Y20#$>Q$BL%L#$!F">#$%('#$%Aa#$*+,-6-2<4,-5K van Eymeren, J., et al. 2009, A&A, 505, 105, *A Kinematic Study of the Irregular Dwarf Galaxy NGC 4861 Using H I and H_ ObservationsK Vennes, S., Kawka, A., Vaccaro, T., Silvestri, N. 2009, A&A, 507, 1613, *The Double Degenerate LP 40022 RevisitedK h20E#$"Q#$-3$29Q$BL%L#$!F"#$)%a#$X)X#$*!$=,20H<2$>3;H?$67$3,-$G65-33-$>32<-Forming Complex. III. The NGC 2237 Cluster and th-$G-E/60k5$>32<$`6<123/60$l/536Q#$82992E,-<#$"Q>Q#$H-$R6/3/-<5#$DQ$BL%L#$J@G!>#$XL&#$%)%'#$*b60/]-H$825$/0$3,-$ >32<:;<53$=6<-$20H$l296$67$@8=$%%XLK h-53<2#$MQ#$-3$29Q$BL%L#$!F"#$)L(#$A&X#$*MY69;3/60$67$3,-$l! D;1/065/3?$`;043/60K W,/32g-<#$.QMQ#$-3$29Q$BL%L#$!F"#$)%'#$%)%A#$*+,-$!E-$>F<-2H$67$n;/-54-03$8292V/-5$C/3,$3,-$@Mh`bGJ$ Medium-e20H$>;32<5F635$60$!44;<23-$G2H/;5$ Determination of the Low-Mass Double-D/0-H$M49/F5/0E$e/02F-43<29$R<6F-<3/-5$67$>C/73$eurst Alert Telescope Hard Xray->-9-43-H$!43/Y-$829243/4$@;49-/$>6;<4-5K P20E#$PQ#$W2:9;H677#$!Q#$M/5-053-/0#$TQ#$T2Y-#$GQ$BL%L#$!F"#$)%'#$%aAX#$*>3<60E$`/-9H-to-Field Variation of D?_$@-:;92-$R6F;923/605$23$]$^o$BQ&K Yukita, M., Swartz, D., Tennant, A., Soria, R. 2010, AJ, 139, 1066, *An X-ray View of Star Formation in 3,-$=-03<29$&$gF4$67$@8=$BXL&K Zboril, M. 2010, Ap&SS, 327, 19, *UZ Lib Extended AtmosphereK
D.3 G E M I N I T E L ESC O PES (N O A O SYST E M SC I E N C E C E N T E R)! During FY10 (Oct. 2009cSept. 2010), 54 publications used data taken at the Gemini telescopes: Andrews, J.E., et al. 2010, ApJ, 715, 541, *SN 2007od: A Type IIP Supernova with Circumstellar InteractionK Arcavi, I.#$-3$29Q$BL%L#$!F"#$)B%#$)))#$*Core-Collapse Supernovae from the Palomar Transient Factory: Indications for a Different Population in Dwarf GalaxiesK e2?9/55#$JQeQ#$-3$29Q$BL%L#$!F"#$)BL#$%AA'#$*Two Lensed Lyman-alpha Emitting Galaxies at z ~ 5K Berger, E.#$-3$29Q$BL%L#$!F"#$)L'#$&&B#$*>/1;9320-6;5$J;93/-Wavelength Observations of Magnetic Activity in Ultracool Dwarfs. III. X-<2?#$G2H/6#$20H$l_$!43/Y/3?$+<-0H5$/0$J$20H$D$DC2<75K$ e-QeQ#$`6V#$TQeQ#$=;44,/2<2#$!Q$BLL'#$!F"#$)LX#$())#$*T/546Yery of the Very Red NearInfrared and Optical Afterglow of the Short-T;<23/60$8Ge$L)L)BX!K$ e/99-<#$eQ!Q#$-3$29Q$BL%L#$!F"#$)BL#$D(B#$*The Gemini NICI Planet-Finding Campaign: Discovery of a Close Substellar Companion to the Young Debris Disk Star PZ TelK e633/4-992#$JQ+Q#$-3$29Q$BL%L#$!F"#$)%)#$DAB#$*Supernova 2009kf: An Ultraviolet Bright Type IIP Supernova Discovered with Pan-STARRS 1 and GALEXK ! Author Name in bold = NOAO scientific staff member; Author Name underlined = Undergraduate student in Research Experiences for Undergraduates (REU) program
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