Fornax () is a constellation in the southern sky.

Fornax is one of the 88 modern constellations.

The Hubble Ultra Deep Field is located within Fornax, and the Fornax Cluster, a small cluster of galaxies, lies primarily within Fornax.

It is in the Fornax Dwarf Galaxy.

UDFj-39546284, a galaxy which was identified as the most distant object in the universe from Earth as of January 2011, is located in Fornax.

NGC 1097 is a barred spiral galaxy in Fornax, about 60 million light-years from Earth.

It is a 10th magnitude galaxy associated with the Fornax Cluster.

NGC 1360 is a planetary nebula in Fornax with a magnitude of approximately 9. 0, 978 light-years from Earth.

The Fornax Dwarf galaxy is a dwarf galaxy that is part of the Local Group of galaxies.

An exception to the " Local group " rule is Planet Hulk, which not only took place in another galactic cluster but indeed another galactic supercluster, namely Fornax.

The Local Group is located on the outskirts of the LS in a small filament extending from the Fornax Cluster to the Virgo Cluster.

The Hubble Ultra-Deep Field ( HUDF ) is an image of a small region of space in the constellation Fornax, composited from Hubble Space Telescope data accumulated over a period from September 24, 2003, through to January 16, 2004.

Located southwest of Orion in the southern-hemisphere constellation Fornax, the image is a bit over 3 arcminutes across.

The field is 200 arcseconds to a side, with a total area of 11 square arcminutes, and lies in the constellation of Fornax.

NGC 1049 is a globular cluster located in the constellation of Fornax, in the nearby Local Group galaxy of Fornax Dwarf.

NGC 1365, also known as the Great Barred Spiral Galaxy, is a barred spiral galaxy about 56 million light-years away in the constellation Fornax.

The Fornax Dwarf Spheroidal is an elliptical dwarf galaxy in the constellation Fornax that was discovered in 1938 by Harlow Shapley.

Unlike the globular clusters Fornax 1, 2, 3, and 5, which have horizontal branches across a wide range of colors and include RR Lyrae variables, Fornax 4 is found to have only red in its horizontal branch.

One of the closer active galaxies to Earth at a distance of 80 million light-years, Fornax A appears in the optical spectrum as a large elliptical galaxy with dust lanes near its core.

Notable galaxy clusters in the relatively nearby universe include the Virgo cluster, Fornax Cluster, Hercules Cluster, and the Coma Cluster.

derived a color-magnitude diagram for Fornax 4, a globular cluster within this galaxy.

Image: Fornax dwarf galaxy. jpg

de Lacaille originally called the constellation " Fornax Chemica " ( the chemical furnace ), representing a small solid fuel vessel used for heating chemical experiments.

Fornax has been the target of investigations into the furthest reaches of the universe.

* Hilker M. et al. Weighing Ultracompact Dwarf Galaxies in the Fornax Cluster, Astronomical Science, The Messenger 129 – September 2007.

* The Milky Way's satellite system consists of Sagittarius Dwarf Galaxy, Large Magellanic Cloud, Small Magellanic Cloud, Canis Major Dwarf, Ursa Minor Dwarf, Draco Dwarf, Carina Dwarf, Sextans Dwarf, Sculptor Dwarf, Fornax Dwarf, Leo I, Leo II, and Ursa Major I Dwarf and Ursa Major II Dwarf.

In the 1950s, dEs were also discovered in the nearby Fornax and Virgo clusters.

Years ago this was true, but with the replacement of wires or runners by radio and radar ( and perhaps television ), these restrictions have disappeared and now again too much is heard.

A Philadelphia distiller is currently breaching the customary prohibition against hard-liquor advertising on TV and radio.

High sensitivity in radio telescopes is achieved by reducing the bandwidth of the receiver ; ;

therefore, only with precise foreknowledge of the line frequencies is an astronomical search for the radio spectra of these molecules feasible.

As soon as the shelter is completed a radio reception check must be made.

A battery-powered radio is essential.

This is a phenomenon familiar to all radio listeners, resulting from reflection of skywave signals at night from the ionized layer in the upper atmosphere known as the ionosphere.

The rules and policies to be applied in this process of course must be based on objectives which represent what is to be desired if radio service is to be of maximum use to the Nation.

`` It is as though '', I said on the historic three-hour, coast-to-coast radio broadcast which I bought ( following Father Coughlin and pre-empting the Eddie Cantor, Manhattan Merry-go-round and Major Bowes shows ) `` That Man in the White House, like some despot of yore, insisted on reading my diary, raiding my larder and ransacking my lingerie!!

The observed intensity of the radio emission of Venus is much higher than the expected thermal intensity, although the spectrum indicated by measurements at wave lengths near 3 cm and 10 cm is like that of a black body at about 600-degrees.

For the case of Jupiter, the radio emission spectrum is definitely not like the spectrum of a black-body radiator, and it seems very likely that the radiation reaching the earth is a combination of thermal radiation from the atmosphere and non-thermal components.

Of the remaining planets, only Mars and Saturn have been observed as radio sources, and not very much information is available.

No attempts to measure the radio emission of the remaining planets have been reported, and, because of their distances, small diameters, or low temperatures, the thermal radiation at radio wave lengths reaching the earth from these sources is expected to be of very low intensity.

and that the maximum of the radio emission came about 3-1/2 days after Full Moon, which is again in contrast to the infrared emission, which reaches its maximum at Full Moon.

The infrared emission could then be assumed to originate at the surface of the moon, while the radio emission originates at some depth beneath the surface, where the temperature variation due to solar radiation is reduced in amplitude and shifted in phase.

This is much smaller than the highest resolution of even the very large reflectors now under construction, and consequently the radio emission of different regions of the disk cannot be resolved.

Other than this very significant result, most of the information now available about the radio emission of the planets is restricted to the intensity of the radiation.

The radio radiation of the sun which is reflected from the moon and planets should be negligible compared with their thermal emission at centimeter wave lengths, except possibly at times of exceptional outbursts of solar radio noise.

We know that the number of radio and television impulses, sound waves, ultra-violet rays, etc., that may occupy the very same space, each solitary upon its own frequency, is infinite.

Whatever the long-range impact of integration, the owners of Negro-appeal radio stations these days know they have an audience and that it is loyal.