Image of NGC 6872 (left) and companion galaxy IC 4970 (right) locked in a tango as the two galaxies gravitationally interact. The galaxies lie about 200 million light-years away in the direction of the constellation Pavo.
NGC 6872, also known as the Condor Galaxy, is a large barred spiral galaxy of type SB(s)b pec in the constellation Pavo. It is 212 million light-years (65 Mpc) from Earth and is approximately five billion years old. NGC 6872 is interacting with the lenticular galaxy IC 4970, which is less than one twelfth as large. The galaxy has two elongated arms; from tip to tip, NGC 6872 measures 522,000 light-years (160,000 pc), making it one of the largest-known spiral galaxies. It was discovered on 27 June 1835 by English astronomer John Herschel.
Sir James Paul McCartney CH MBE (born 18 June 1942) is an English singer-songwriter, multi-instrumentalist, and composer. He gained worldwide fame as the bass guitarist and singer for the rock band the Beatles, widely considered the most popular and influential group in the history of pop music. His songwriting partnership with John Lennon was the most successful of the post-war era. After the group disbanded in 1970, he pursued a solo career and formed the band Wings with his first wife, Linda, and Denny Laine.
McCartney is one of the most successful composers and performers of all time. More than 2,200 artists have covered his Beatles song “Yesterday“, making it one of the most covered songs in popular music history. Wings’ 1977 release “Mull of Kintyre” is one of the all-time best-selling singles in the UK. A two-time inductee into the Rock and Roll Hall of Fame (as a member of the Beatles in 1988, and as a solo artist in 1999), and an 18-time Grammy Award winner, McCartney has written, or co-written, 32 songs that have reached number one on the Billboard Hot 100, and as of 2009 he has 25.5 million RIAA-certified units in the United States. McCartney, Lennon, George Harrison and Ringo Starr all received appointment as Members of the Order of the British Empire in 1965 and, in 1997, McCartney was knighted for services to music. McCartney is also one of the wealthiest musicians in the world, with an estimated net worth of US$1.2 billion.
Hooker has performed as a leader of many ensembles of improvised and new music. “Recognized as an iconoclast, and one of the most innovative musicians and drummers of his generation, William knows no genre bounds and ceaselessly searches for new forms of music, always with the intent to inspire.”
Accompanying musicians have included: Billy Bang, Thurston Moore, David Murray, David S. Ware, William Parker, Melvin Gibbs, Donald Miller, DJ Olive, Elliott Sharp, Malachi Thompson, Zeena Parkins, Lee Ranaldo, DJ Spooky, Rob Brown, Roy Campbell, Mark Hennen, Steven Bernstein, Roy Nathanson, Jason Hwang, Dave Soldier, Sabir Mateen, Glenn Spearman, Joseph Celli, Ellen Christi, Liudas Mockūnas, and many others.
Rutherford played early in the 1940s with Lionel Hampton and Count Basie; he initially took Jack Washington‘s place in Basie’s orchestra as a baritone saxophonist, and once Washington returned from military service, Rutherford switched to alto saxophone. In 1947 Rutherford moved to Teddy Buckner‘s band, though he continued working with Basie into the early 1950s. He worked with Wilbur De Paris late in the 1950s and appeared with Chuck Berry at the Newport Jazz Festival in 1958. In the 1960s he worked with Buddy Tate and spent several years with Earl Hines in the mid-1970s. He worked with Illinois Jacquet in the 1980s and was active in performance until his death.
RCW 108 is a molecular cloud that is in the process of being destroyed by intense ultraviolet radiation from heavy and hot stars in the nearby stellar cluster NGC 6193, seen to the left in the photo. A series of images were obtained with the Wide Field Imager (WFI) of areas in the Milky Way band, including some in which interstellar nebulae of gas and dust are seen. Each frame records 8184 x 8196, or over 67 million, pixels in a sky field of 32 x 32 arcmin 2. The photo shows the RCW 108 complex of bright and dark nebulae in the southern association Ara OB1, a star-forming region in the constellation Ara (the Altar), deep in the southern sky. The resolution in this image has been degraded by reducing the number of pixels in one direction from about 8000 to 3000 in the “High-Resolution version”, in order to make the image transportable over the web without incurring completely unacceptable transfer times. Still, it is very large, even in the highly compressed jpeg format, reflecting the great amount of details visible.
This colour picture is a composite made from 12 separate images, obtained with the WFI on 27 March 1999. The blue component corresponds to the B filter, the green to the V filter, and the red to the H-alpha filter. The images in each filter are the composite of 4 individual frames obtained with the telescope pointing at slightly different positions on the sky, so that the parts of the sky falling in the gaps between the 8 individual 2k x 4k CCDs in any given frame are recorded on the others. The monochromatic images are then produced by superimposing the individual frames, correcting for the telescope offsets ; this ensures that the complete field is well covered. This procedure is not simple, as the observing conditions may change slightly from exposure to exposure, resulting in small differences. Finally, the combined images in each filter are aligned and colour-coded to produce the colour picture.
For the processing of this large photo (8k x 8k; 256 Mbytes), a minimum of contrast correction was made and very faint lines may still be perceived in some places where the individual frames were joined. It may also be noted that there is a slight misalignment of the individual colours in stellar images at the extreme corners of the large field. This is due to the effect of differential atmospheric refraction, i.e. light rays of different colours are bent differently in air.
The exposure time was 300 sec for each frame in H-alpha, and 60 sec in B and V. East is to the left and North to the top.