The world’s highest nightclub will be constructed on the 126th floor of Burj Azizi in Dubai, according to The Metro. Upon completion, this building will stand as the world’s second-tallest tower, reaching a height of 725 meters (2,379ft). Until 2028, this $1.63 billion-worth tower will be completed with its total 131 floors. The Burj Khalifa, the tallest building in the world, stands at 2,723 feet. This building will have a seven-star all-suite hotel with a focus on cultural themes, as well as penthouses, apartments, and vacation homes.

This building will have the world’s tallest restaurant, observation deck, and hotel lobby, besides many other already famous attractions. The sales will start from February 2025 onwards, and construction is now going on full speed. While prices for the apartments have not yet been announced, it is expected you’ll have to fork out quite a lot of money for them. This tower will boast the only freehold building on Sheikh Zayed Road, along with Dubai’s tallest hotel room, a vertical shopping complex, an opulent ballroom, and a beach club.

“Our investment in Burj Azizi, surpassing AED 6 billion, represents more than just the creation of an iconic structure; it is a commitment to transforming Sheikh Zayed Road and elevating Dubai’s skyline to new, unparalleled heights,” Mr Mirwais Azizi, Founder & Chairman of Azizi Developments, told The Metro.

“Burj Azizi is not merely about its towering stature or prime location, and with its innovative design and cutting-edge technology, this tower will offer ultra-luxury residences, a unique vertical shopping mall, the world’s highest observation deck, and a wealth of amenities and dining experiences, all set at extraordinary elevations.”

“The seven-star hotel, crowned by the world’s highest lobby, will embody Dubai’s spirit, celebrating the world’s seven major cultures through its intricate interior design.”

Taiwan’s tallest skyscraper, Taipei 101, survived a recent 7.4-magnitude earthquake with minimal damage. This is credited in part to its innovative design, which includes a giant pendulum, according to CNN. The large yellow pendulum at the building’s centre helped absorb the shock.

Nicknamed “Damper Baby,” the pendulum is a tuned mass damper, a 660-metric-tonne steel sphere suspended over 1,000 feet above the ground at the building’s centre. During an earthquake or strong winds, the sphere sways to counteract the building’s movement, reducing its sway by up to 40%, as per the news outlet.

The pendulum hangs between the 87th and 92nd floors and is constructed from 41 steel layers. It’s nearly 18 feet in diameter and swings within a limit of 59 inches to prevent excessive movement.

Taipei 101 was once the world’s tallest building and remains a landmark skyscraper in Taiwan. The building’s design demonstrates the use of innovative engineering to safeguard structures in earthquake-prone regions.

What is the wind-damping ball?

The technical name of the wind damping ball is Tuned Mass Damper (TMD). A TMD is a passive system tailored to the needs of the building. Its main purpose is to reduce swaying by strong winds and make working in such a tall tower comfortable. Traditional concealed damping systems are out of sight, but the Taipei 101 TMD is both functional and an aesthetic attraction. Visitors to the observation deck can get a glimpse of the overall operation of the damping system.

How does the Tuned Mass Damper work?

According to the Taipei 101 website, the spherical damper installed in Taipei 101 moves back and forth during earthquakes or typhoons, common occurrences on the island. This movement absorbs the force of any intense swinging, as stated on the Taipei 101 website. Engineers of the damper claim it can reduce the building’s movement by up to 40 percent, thereby lessening the discomfort felt by those inside.

Closed-circuit TV footage capturing the Taipei skyline during the earthquake illustrates the minimal movement of the pagoda-shaped skyscraper. Meanwhile, a security camera positioned on another building shows significant shaking.