Electronic Telegram No. 2996 Central Bureau for Astronomical Telegrams INTERNATIONAL ASTRONOMICAL UNION CBAT Director: Daniel W. E. Green; Hoffman Lab 209; Harvard University; 20 Oxford St.; Cambridge, MA 02138; U.S.A. e-mail: cbatiau@eps.harvard.edu (alternate cbat@iau.org) URL http://www.cbat.eps.harvard.edu/index.html Prepared using the Tamkin Foundation Computer Network SUPERNOVA 2011ka IN ESO 119-46 = PSN J05142826-6210190 L. A. G. Monard, Calitzdorp, Western Cape, South Africa, reports his discovery of an apparent supernova (mag 16.1) on several unfiltered CCD images taken on 2011 Dec. 29.889 UT. The new object is located at R.A. = 5h14m28s.26, Decl. = -62d10'19".0 (equinox 2000.0), which is 10" west and 5" south of the core of the galaxy ESO 119-46. Nothing is visible at this position on Digitized Sky Survey images (limiting red mag 20.5). The variable was designated PSN J05142826-6210190 when it was posted at the Central Bureau's TOCP webpage and is here designated SN 2011ka based on the spectroscopic confirmation reported below. Additional CCD magnitudes for 2011ka (unfiltered unless noted otherwise): 2011 Dec. 16.916, [20.0 (Monard); Dec. 30.978, 15.9 (Monard); 31.815, 15.9 (Monard); 31.454, 14.6 (Joseph Brimacombe, Cairns, Australia; 41-cm RCOS telescope + STL6K camera + infrared filter; range > 700 nm; position end figures 28s.23, 19".6; image posted at the following website URL: http://www.flickr.com/photos/43846774@N02/6609855553/); 2012 Jan. 1.816, 15.9 (Monard); 2.875, 15.8 (Monard); 5.477, 14.5 (Brimacombe; image posted at URL http://www.flickr.com/photos/43846774@N02/6707573565/); 11.497, 14.6 (Brimacombe; position end figures 28s.20, 19".3; image posted at website URL http://www.flickr.com/photos/43846774@N02/6707573565/). N. Morrell, Las Campanas Observatory, on behalf of the Carnegie Supernova Project, reports that optical spectroscopy (range 430-1000 nm), obtained on 2012 Jan. 16 UT with the 6.5-m Magellan I (Baade) telescope (+ IMACS), shows that PSN J05142826-6210190 = SN 2011ka is a type-Ia supernova roughly 10 days after maximum brightness. SNID provides excellent matches with a number of normal type-I supernovae, the best among them being with 1998bu at 10.2 days after maximum light. Assuming for ESO 119-46 the NED recession velocity of 5183 km/s (Couto da Silva and de Souza 2006, A.Ap. 457, 425), the minimum of the 635.5-nm Si II absorption appears blueshifted by approximately 10800 km/s. NOTE: These 'Central Bureau Electronic Telegrams' are sometimes superseded by text appearing later in the printed IAU Circulars. (C) Copyright 2012 CBAT 2012 January 26 (CBET 2996) Daniel W. E. Green