This week, we’re all about the next big thing: the super-mega-block.
But this week, it seems, we should all be thinking bigger.
In the past few months, the world has seen a boom in luxury buildings.
It’s not just the super tall ones that have emerged.
A wave of super-tall towers have also been popping up across the world.
The building boom has been fueled by a wave of big ideas, from the supertall skyscraper that took off in Shanghai, to the mega-retailer’s towers that are currently sprouting up in the US, and elsewhere.
There’s a big question mark about what kind of supertall towers are going to emerge.
Is it a bubble?
Is it a new kind of construction?
Will they create a lot of new jobs?
The answer is probably neither.
For the most part, super-towers are still confined to the most extreme parts of the world, and have been for a long time.
They’re generally used as low-rise buildings, often for high-end purposes.
But there are some exceptions.
Here are 10 reasons why this new kind is so exciting, and what you need to know.1.
Pushed to the Limit.
As super-tower construction gets bigger, there are a lot more constraints to break down.
In some ways, super tower buildings have become the new high-rise architecture, because the building is designed to be as small as possible.
Super-tower design has always been about maximizing the space that can be created for a project.
Most buildings are built with lots of open floor-to-ceiling windows, and there’s an assumption that you can use the space to create a feeling of privacy and quiet.
You can also use the spaces for outdoor recreational activities, or for entertaining your friends.
And, because you can’t build more than one building per floor, you can often create a whole new level of space.
These are great things.
Buildings are not just tall buildings.
The new building boom is also a new form of architecture.
Instead of using a large, square-shaped building for a large area, a tower can be built in multiple smaller units.
This is a form of low-slung architecture.
It’s often referred to as “squared tower” architecture, which is why it’s also known as a “high-slope architecture”.
A “square” building is typically designed for a lot less than one story, but is often larger than that.
Some of the smaller tower buildings that are now sprouting in the United States are built in this square form.
That’s because the taller buildings are usually designed to occupy a large portion of the entire building.
If you have a building with a smaller floor-level than a typical high-sloped building, you don’t need to have a lot to work with.
You can build a skyscraper in a way that you wouldn’t normally build a tall building in a typical residential area.
In the past, it was easier to build tall buildings in a sloping way.
“The best architecture is the low-level architecture, and low-story buildings are more appropriate for the low level,” says architect and designer Mike Luehrs.
People have always considered sloping buildings as a design principle, but there were some exceptions to that rule.
When people think about high-level buildings, they usually think about the tallest buildings that were designed in the mid- to late 20th century, like the Guggenheim Museum and the Chrysler Building in New York City.
However, today, there’s a lot that’s happening in the high- and low levels of architecture that’s going to take us in a different direction.
Architects like Luehlers and his colleagues have come up with a new design concept called “low-slop architecture” to try to create more interesting, and smaller, buildings.
In this example, the facade is sloped so that it can fit between the lower and upper floors.
With this design, there aren’t any “layers” that make up the facade, which makes the building feel much more organic.
Less building material.
While high-rises are usually built with a lot and a lot, a lot is often not enough to make a building look nice.
One of the most common mistakes people make when building a high-density building is to add too much extra material.
“I think that people underestimate the amount of building material that you need,” says Luehr, who was recently awarded a National Building Award for his work.
More than 50% of the total building material you need is actually wasted, and you end up building more than you