Hot tubs, as we know them today, are pretty much an invention of the modern age.
We’ve got the best-equipped hot tubs available, from the tiny ones with just a few inches of space to the massive, tub-like spaces in the Alps.
Now, a team of researchers at the University of California, Berkeley, have come up with a way to make a huge hot tub even bigger by combining a couple of materials.
The new project, which has been dubbed Zoom, is based on the idea of building a giant swimming pool using a series of flexible metal structures that are stacked on top of each other to form a pool.
It uses a combination of the traditional “spider-web” design that allows for an easy way to support the water, with a flexible system of flexible tubing that can be easily moved, stretched, or folded to shape a specific shape.
Zoom can be used to build a pool or a hotel room, a swimming pool or even a home bath.
The team, led by Dr. Mark Gao, designed the system using a simple “spine” pattern that has a number of advantages.
The system is more than a simple extension of existing structures.
Instead of having to design a large and elaborate system from scratch, the design of Zoom is based around simple structures that can easily be built.
This also allows for a quick and simple construction process, which makes it possible to make the system in a matter of days or weeks.
The Zoom system is also flexible enough to be easily bent and re-shaped to suit the design, allowing the system to be used for swimming pools, hotel rooms, or even for a home-made spa.
The researchers said that they wanted to design something that would have the potential to revolutionize the way people interact with water, and that the new design has been designed to do just that.
“It’s not a water system that’s going to be perfect,” said Gao.
“But we want to be able to make some kind of impact on water quality.”
It will take a little longer to complete, but the researchers said the system will be ready to go as soon as next year.
The pool will be capable of holding up to a million people, and it will have to be watertight, meaning that it will be made of polyurethane.
The project is expected to be completed in five years, though the team says that there is no firm date for completion.
The pool is currently under construction, with plans to expand the system once the construction is complete.
It’s hoped that the system could be used as a training and training area for students, allowing them to learn about sustainable water use practices.