The analema tower: The highest skyscraper hovers over the earth!

The analema tower: The highest skyscraper hovers over the earth!

A special architectural vision of a special kind could soon be overcome: the Analemma Tower , designed by the New York architecture firm Clouds Architecture Office. This new structure, which is to be attached to an asteroid in space, could protrude into a geosynchronous orbit of around 36,000 kilometers. The tower would move over the surface of the earth in an analysis -like trajectory, usually described as a lying eight, covering a route via companies such as New York, Colombia and North America in 24 hours.

The concept of the analemma tower is not only high -flying, but also ambitious in energy supply. Solar panels in the upper areas should cover the entire energy requirement of the structure. Both residential and office space as well as zones for spiritual and scientific use are planned, which are intended to enrich the concept. But despite these abstract plans, the developers see some technical challenges. There is currently no realistic technology for the implementation of this project, and the idea of a space elevator, as a necessary intermediate step, remains outside of the possibilities of modern technology.

technical challenges and innovative solutions

One of the most complex elements of the project is the foundation based on a space-based support system, the Universal Orbital Support System (UOSS). This makes it possible to suspend a high tower with the help of a strong cable that extends from the asteroid to the surface of the earth. This technology could become theoretically feasible over time, especially with the progress in space technology that makes manipulation of asteroids appear more realistic.

In addition, it is emphasized that the lower part of the tower is intended for business activities, while the bedrooms are arranged two thirds of the path upwards. Higher areas of the tower could be used for religious activities. Similar projects also research how elements such as water can be recycled efficiently, among other things through a half -closed circulatory system that could take recourse to condensate from clouds and rainwater.

A look into the future of architecture in space

The vision of the analemma tower is part of a larger trend in architecture. The architects Barbara Imhof and Waltraut Hoheneder, who are entrusted with the design of space habitats and the planning for long -term space missions, underline the importance of sustainable systems both in architecture on earth and in space. Imhof and Hoheneder, co -founders of a Viennese architecture firm, develop concepts for vital systems such as air, water and food that are tailored to the special challenges of space travel.

The analema tower could be conceived as the highest tower in the world in the western hemisphere, and there are considerations that its construction costs at locations like Dubai would be significantly lower than in the expensive real estate markets of cities like New York. Support and information on feasibility are available from various specialist portals, such as Vol.at.

With progress in structural technology and growing demand for innovative room solutions, the dream of analema tower could one day become a reality, even if the actual implementation could take decades or even centuries.