How to Build Stonehenge Using Physics the Old School Way

Society nowadays lives life so much in the fast lane that it forgets the roots of how it came to attain such power. Physics is a subject in every school and for good reason. Without it, we'd still be trying to invent the wheel.

But then there are some that believe we now focus too much on machines and computers to do the math involved in architecture. This is something that should be emphasized. Whatever happened to the old school way of doing things? Of building the bare essentials with our bare hands?

Well here is a man named Wally Wallington who was able to do such a thing. He applied conceptual physics to move Stonehenge-type pillars weighing 22,000 pounds, a barn over three hundred feet long, and much more using only gravity and the essentials of simple physics. In doing so, his ability may be the answer to the big mystery about Stonehenge; how was it made?

Take a look at his genius:

http://www.youtube.com/watch?v=lRRDzFROMx0

Wallington is no scientist but he was an experienced construction worker. Understanding simple physics can enable anyone to maximize working potential.

The more we see it, the more we realize that we underestimated subjects like math, science, chemistry, and physics because we didn't see how they applied to real life.

Look at the world around you.

Look at the fact that centuries of racing and brainstorming theories, laws, and experiments have worked together to create the future. We didn't take those subjects seriously as kids but surely we realize how much they shape our very lives.

The more we see how they apply to real life, the more the Wally Wallington in each of us can emerge.

And it must be repeated; with a name like Wally Wallington? Genius.

Case in point.