
U. V. Ceti - Toronto, ON
Posted by:
ras258
N 43° 38.906 W 079° 22.524
17T E 631018 N 4834108
Everyone will see something different as they look at this sculpture in the centre of the fountain.
Waymark Code: WMD43M
Location: Ontario, Canada
Date Posted: 11/15/2011
Views: 6
This large bronze sculpture sits on a base in the centre of a fountain. The sculpture looks like an asymetrical V, with it's arms spreading out to the sides and upward. Resting at the joint, in the centre of the V, is a large round ball. The V form looks like it is a cross-section of something larger. The front and back surfaces are smooth and slightly concave while the top and bottom of the V are rough with the look of earth. The sphere in the centre of the V looks as if it is a planet or asteroid that has crashed and formed a crater in the V.
The colouring of the smooth surfaces of the V is a rusty brown with tinges of green, while the rough surfaces of the V are more of a greenish-gray colour. The ball, in the centre of the sculpture, has a shinier appearance and provides a good reflection when the sun shines upon it. As I said, everyone will have their own interpertation of what this sculpture is all about and that might be the whole point of abstract art.
The dedication plaque, attached to the fountain. reads:
"U. V. Ceti by Andrew Posa
Dedicated to Edward Isaac Richmond
Architect 1908 - 1982
A kind man who shared his love of beauty."
Just in case you were wondering what a U. V. Ceti was -
"Our galaxy is filled with billions of red dwarf stars, all of which are too dim to see with the naked eye. Lying at the faint, red end of the Hertzsprung-Russell diagram, their small masses -- a few tenths that of the Sun -- make them much cooler and dimmer than our own Sun. In fact, few of these stars have been detected beyond a dozen or so parsecs of our solar system. However, some of these stars belong to the spectacular class of variables known as the flare stars or the UV Ceti variables. At irregular and unpredictable intervals, they can dramatically increase in brightness over a broad wavelength range from X-rays to radio waves for anywhere from a few minutes to a few hours. The fact that such small, unassuming stars can suddenly undergo incredibly energetic events make the flare stars one of the more intriguing targets for variable star observers."
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