The Journey
Wednesday, November 26th, 2008
Just last week, the scientific community announced that the heroic computations of French, German, and Hungarian physicists have proven something to be true that has been considered to be an educated guess for over a hundred years.
In other words, something that was once a maybe has now become a certainty, according to the most advanced thinkers and supercomputers in the world.
What is it? Well…it’s Einstein’s Special Theory of Relativity. You probably know it better as the expression E=MC2 (energy equals mass times the speed of light squared). How did they prove it? Well…in order to see the big picture, we gotta think small for a minute.
The smallest units of matter (or mass) we can see using today’s technology are called quarks. Held together by gluons, quarks make up 5% of an atom’s mass. Gluons, on the other hand, have zero mass. Yet, they hold quarks together. Leaving the source of 95% of an atom’s mass unidentified. That is, until you take into account the movement of the interaction between the quarks and gluons. Then, the math works out. In other words, the missing 95% of the weight of atoms is in the dance between the quarks and gluons. Mass is energy. Energy is mass.
Where there’s mass, there are molecules made of atoms made of quarks and gluons. And where there are quarks and gluons, there is energy. And that energy makes up 95% of the weight of an atom, making an atom’s mass almost all energy. Thus, it is a fundamental law of the physical universe that EVERYTHING from the pen on your desk to the sun in the sky is 95% energy; and something weightless is actually holding it all together. Seems impossible, but it’s not. It’s real.
The physical universe shows us time and time again that things we never thought possible are, in fact, possible. A hundred years ago, it took a patent clerk with a vivid imagination to get us one step closer to understanding our physical reality. Today, his notions have been corroborated. And, as a result, the door to innovating how we will power our existence in the future has been opened wider than ever.
Einstein’s simple idea gave us a new way to think about reality. Its simplicity kept us interested long enough to corroborate it. Meanwhile, the idea made more things possible than even he could ever have imagined.
An idea may sound far-fetched, and may be difficult to prove. But the journey to the proof is often where the most important work gets done.
When you hear a big new idea, do you think about why it won’t work? Or do you think about how it could?


When you think of a three-ring circus, what comes to mind? Elephants? Acrobats? Tigers? Lion tamers? Monkeys? Trapeze artists? Clowns? The smell of cotton candy swirled with a barnyard bouquet mixed with music and lights, sprinkled with death-defying feats and wrapped in three rings?
It was Noah’s fifth birthday. And, like any other year, his mother had planned another lavish party to celebrate his existence, replete with an abundance of gifts that were sure to bring joy to a youngster’s life. Plastic toys, video games, gadgets, and rubber things were among the main ingredients of the gift load that would befall young Noah on this glorious commemorative event.
The old saying goes, “You can’t squeeze blood from a turnip.” This little piece of conventional wisdom may ring true in many situations. However, academic research suggests that when it comes to tapping into the creative abilities of individuals, it is possible to make a turnip bleed.