The idea of ​​life in space has long captured humanity’s imagination, fueling visions of futuristic cities and interstellar travel. Yet what was once confined to the realm of science fiction is now approaching reality, as evidenced by the ambitious plans unveiled by Clouds Architecture Office for the construction of Analemma Tower, the world’s first skyscraper suspended above the earth’s surface. Challenging traditional notions of urban life and architectural design, this innovative concept offers a glimpse into a future where the boundaries between terrestrial and extraterrestrial habitats are blurred. When we consider the prospect of living in a structure suspended from space, questions arise about the feasibility, practicality, and desirability of such a venture. However, the sheer boldness of this proposal inspires a sense of wonder and excitement, inviting us to imagine a world where the sky is no longer the limit.
Have you found yourself answering yes to the infamous icebreaker question, “Would you go into space?” Heck, maybe you’ve even considered raising your hand to be among the chosen few to set up permanent residence on Mars. What if I told you it’s time to back up your claims with action? A New York-based design firm has unveiled plans to build the first skyscraper to be suspended above the surface of the planet. [1]. Yes, you read that right: there’s a chance you could be living in a skyscraper that isn’t actually on Earth.
Office for Cloud Architecture
We all know that living in New York is one of the most expensive, but how much does it cost to build a building there? One square foot of construction in NYC could cost as much as $827 in 2020 |2].
Crazy huh? The Clouds Architecture Office, or Clouds AO, agrees. For this reason, in 2017 the company unveiled its plans to build the Analemma Tower, the tallest skyscraper in the world [1].
The trick is to build Analema descending from space instead of the high construction costs associated with NYC. “Analemma reverses the conventional foundation diagram and instead relies on a supporting foundation anchored in space on which the tower is suspended. The Universal Orbital Support System (VOSS) is the name given to this system, according to the Clouds Architecture Office [11. How does the Universal Orbital Support System Work and what is their plan?
Diagram
First, place a large asteroid in Earth’s orbit.
They then intend to attach a strong wire and descend in the direction of Earth. They finally start building in space. You might wonder if the inconvenience is worth it given New York’s low construction costs. Here’s why the Clouds Architecture Office thinks so: It can be built anywhere in the world and then moved to the intended position. They are also allowed to build over Dubai in the United Arab Emirates. Dubai seems to be an expert at building high-rises, charging a fraction of what New York City charges for construction.
We understand that you are still confused as to how on earth they are going to accommodate tenants in a floating structure. According to Clouds Architecture Office, the living spaces in this suspended tower are as follows: The building will be divided. There will be commercial space in the lower part and living space in roughly two-thirds above.
The suspension height was chosen with great care.
In a statement, the corporation acknowledged that determining the height of the skyscraper hanging above the Earth’s surface was part of their exploratory investigation. “We concluded that there is most likely a tangible height limit beyond which humans would not be able to live due to the harsh conditions of atmospheric research for our project. For example, individuals would not be able to go outside without a protective cover.” suit because of near vacuum and -40°C, although according to Clouds AO 131 it would be beneficial to have an extra 45 minutes of sunshine at 32,000 meters.
An additional 40 minutes of daylight are available for residents.
The curve of the Earth means that tenants on the higher floors of the tower will receive 40 minutes more daylight. In addition, windows are made to tolerate temperature and pressure changes at different altitudes [1].
Space solar panels will be used by Analemma.
Solar energy is the most visible and efficient source of energy because it will be constantly exposed to direct sunlight due to the structure’s highest position above the atmosphere.
How do you feel? Do you think you could live in heaven?
In conclusion, the concept of living in a skyscraper suspended above the Earth’s surface may seem like something straight out of science fiction, but plans unveiled by Clouds Architecture Office show it could soon become a reality. With an innovative design and the use of space technologies such as solar panels, Analemma Tower offers a unique living experience that challenges traditional ideas about architecture and urban life. While this idea may be met with skepticism and questions about feasibility and practicality, it represents a bold step to explore new frontiers in human habitation. Whether one would be willing to live in such a structure remains a matter of personal preference and perspective, but the mere possibility opens up exciting possibilities for the future of urban development and space exploration.