Please, just asking this paraphrase the paragraph given below....

We are now said to be entering the age of the super skyscraper, with tall buildings poised to take a giant new leap into the sky. Tall buildings must stand on firm ground, or else the risk of having earthquake is really high. Soil analysis is especially critical in facing the threat of earthquakes. The next obstacle in erecting a super skyscraper, and perhaps the biggest one, is wind. Tall buildings actually sway in the breeze, in much the same way that a diving board bends under the weight of a diver. Building an edifice that doesn't topple over in the wind is easy enough. The real challenge is keeping the structure so stiff that it doesn't swing too far, cracking partitions, shattering windows and making the upper occupants seasick. Taipei 101 is designed to hold out against earthquakes and typhoon winds which are the most occurrence cataclysms in Asia pacific. The building will not move an inch even if the earthquake reaches 7 degrees on a Richter scale and the wind power never known to man. To insure and prevent such cataclysms to destroy the building, the first 25 floors are reinforced by adding another four exterior walls and all eight segments were restructured, every one of them having the same exterior leaning angle of 90 degrees with the same dimension. This illusion creates the never-ending column. Another support for stability of the building structure is the interior spiral stair and steel pillars filled with concrete to make the stiffness of the structure. Engineers also developed a new architectural concept called the mega column which derived from the Greek column structure. The mega column is the most durable structure, having two centers. The first one is made out of numerous steel columns filled with concrete, linked by the second segment the other columns is the neo-gothic girders which connect all column in a center resembling pyramid. Taipei 101 has a giant mass damper to keep building in balance. The damper will reduce the tower's peak vibrations by more than one third. The main purpose is to ensure that the steel ball stays in control and does not swing wildly. To prevent damage during earthquakes, dampers have a locking device that will be automatically triggered. The locking device will prevent damper from moving independently. The damper is visible from the restaurant and bar which encircles space around the ball. The overall structure is reinforced by a moment frame system linking all the columns on all floors.