Rotating Tower, Dubai, UAE
Location: Dubai, United Arab Emirates
Date: scheduled on 2010
Architect: Dr. David Fisher
Purpose: multipurpose (offices, hotel, residential apartments)
More info: We have seen tall buildings, we have seen strange buildings, but have you seen buildings in motion that actually change their shape? Sounds unbelievable but not to Dr. David Fisher.
Visionary architect Dr. David Fisher is the creator of the world’s first building in motion - the revolutionary Dynamic Tower. It will adjust itself to the sun, wind, weather and views by rotating each floor separately.
This building will never appear exactly the same twice.
It is amazing but you will have the choice of waking up to sunrise in your bedroom and enjoying sunsets over the ocean at dinner.
In addition to being such an incredible engineering miracle it will produce energy for itself and even for other buildings because it will have wind turbines fitted between each rotating floor (picture 2). So an 80-story building will have up to 79 wind turbines, making it a true green power plant.
The Dynamic Tower in Dubai will be 1,380 feet (420 meters) tall, 80 floors, apartments will range in size from 1,330 square feet (124 square meters), to Villas of 12,900 square feet (1,200 square meters) complete with a parking space inside the apartment. It will consist of offices, a luxury hotel, residential apartments, and the top 10 floors will be for luxury villas located in a prime location in Dubai.
The Dynamic Tower in Dubai will be the first skyscraper to be entirely constructed in a factory from prefabricated parts. So instead of some 2000 workers, only 680 will be sufficient. Construction is scheduled to be completed by 2010.
Device to Root Out Evil (Vancouver, Canada)
Location: Vancouver, British Columbia, Canada
Date: first exhibited in the 1997
Architect (artist): Dennis Oppenheim
Purpose: Sculpture
More info: It was too hot for New York City; too hot for Stanford University. But a controversial, imposing sculpture by renowned international artist Dennis Oppenheim finally found a public home in laid-back Vancouver.
A country church is seen balancing on it’s steeple, as if it had been lifted by a terrific force and brought to the site as a device or method of rooting out evil forces.
Conch Shell House, Isla Mujeres, Mexico
Location: Island of Isla Mujeres, Mexico
Architect: Octavio Ocampo
Purpose: private house, also available for rent
More info: The Conch Shell Hose is said to be the most outstanding and original house in the island of Isla Mujeres. Surrounded by Caribbean Ocean (180 degrees of ocean views from the windows) it gives you an unique opportunity to experience what it’s like living in a Sea Shell. The conch shell house was built using a fairly traditional foundation, such as concrete, as well as recycled and found materials. The owner of the house Octavio Ocampo is a well known artist, whose brother Eduardo is an architect (he also has a house on that island, but a more traditional).
If you enter the house you would be surrounded by a wonderful shell themed interior. The main room has no corners – it is round. The upstairs bathroom sink is made out of the base of a conch shell, the faucets are made out of coral, the towel racks are made from conch shells and other seashells and items found on the local beach.
Some technical info: 2 Bedrooms, Sleeps 4, 5500 sq. ft. , 2 Bathrooms, 1 Half Bath, near the ocean, swimming pool, air-conditioning, internet access.
Puzzling World Lake Wanaka (Otago, New Zealand)
Location: Otago, New Zealand
Date: 1973
Architect: Stuart Landsborough
Purpose: entertainment
More info: Stuart Landsborough’s Puzzling World is a tourist attraction near Wanaka, New Zealand. It started out as just a maze in 1973, but over the years expanded to accommodate a “puzzling café” where guests could try out several puzzles, rooms with optical illusions, the and other things.
One of the biggest attractions is the leaning tower. The Leaning Tower of Wanaka is, as the name implies, a tower that is seemingly impossibly balanced on one corner, making the whole structure lean at an angle of 53 degrees to the ground. Exactly how this is achieved is yet to be unveiled, but it can be assumed that some kind of counterbalance or anchoring device has been used.
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