2013 Skyscraper Competition
Mingxuan Dong, Yuchen Xiang, Aiwen Xie, Xu Han
As technological innovative and higher latest skyscrapers can be, they still need to rely on the support to the ground. So a higher heights usually means more unstableness as well as weaker capacity to resist disasters.
The project proposes a mega hex grid that evolves around the earth circumference at a stratosphere heigh, the principle that support this hypothesis is that it seem to be that in a building the larger the span is, the scale and the unstableness will proportionally increase. But if the span is large enough within the scale of the earth, the unstableness brought by the size decreases inversely. In this case the network of buildings and bridges connected to each other, covering the entire circumference of the earth, will no longer need structural ground support and can be suspended in the air by the effect of the earth gravity. The elevated bridges and buildings that relate the grid can reach any height with out worrying about overturning, earth-quakes, floods and any other natural disasters.
The earth needs to find a environmental balance. As human over-used the resources the earth is being heavily damaged, eventually approaching to a point in which the earth will be unsuitable for human living.
The modern skyscraper has represent for years the modern urban ideal. But in a non far future the booming population increase will be a catastrophic, being the stratosphere grid the only platform for ensure the continuity of human civilization.