Why are dynamite, gunpowder and the atomic bomb so explosive?
Dynamite was invented by the Swedish chemist Alfred Nobel and patented in 1867. He worked with a particularly unstable chemical molecule called nitroglycerine, which just wants to break apart and release the energy that’s holding it together. It doesn’t like to be nitroglycerine and is just looking for a reason to break up, throw a tantrum and be something else. Alfred said to himself, “Okay, you want to change, what if I pack you very carefully in a tight container, give you a big remote smack on your unstable back, what will happen next?” BOOM! Dynamite was born. Mr. Nobel made a fortune, realized blowing up things was not always such a good thing and used his money to establish the Nobel Prizes to fund other more productive pursuits, like peace.
Loud explosions tend to change the direction of people.
Gunpowder has done that for thousands of years. I think the Chinese first invented gunpowder. The official court chemist was in the back room playing with some everyday powders. He said to himself, “What if I mix one part this, with two parts here, throw in some of that over there and then strike two stones together to make a spark?” KA-BANG! Gunpowder was born from the interaction of stable everyday chemicals becoming unstable in close proximity to each other, something sparking a fight and the whole crowd releasing their angry energy on an unsuspecting world.
We’re only a few molecules away from something happening, and it’s not always good.
As a kid, I was a chemist and a young scientist. From my home-built lab in the basement, I would launch little rockets into the ceiling. “Whatever you’re doing down there,” Mom would yell from the kitchen, “Stop it.” We and the other scientists moved across the street. “What was that explosion?” my friend’s Mom yelled from the kitchen, “And why is all that smoke in the garage.” We grabbed our sleds and launched ourselves down the snow-packed street, wondering if maybe we should just keep going.
Most times, loud noise and smoke are not a good idea, not just for kids, sadly.
An atomic bomb starts with atoms not molecules. That’s the difference between an atomic bomb and gunpowder or dynamite. The beginnings of all these explosive incendiaries are the bonds of energy that are inside a molecule or atom, holding them together. A molecule is two or more atoms bonded together. For example, water is the H2O molecule, two hydrogen atoms and one oxygen atom; the 2H and 1O atoms are held together by bonds that require energy; break the bonds and you release the energy. That’s how gunpowder and nitroglycerine work. An atomic bomb looks to the bonds of energy inside an atom, holding it together. For example, that H or hydrogen atom is composed of one electron revolving around a proton – think of the moon revolving around the earth. However, this is in the very small internal area of an atom. In there, with that one little proton and one little electron, it takes a great amount of energy to keep their world spinning. Knock that electron and proton apart, and you release a whole bunch of energy. That’s how an atomic bomb starts.
Little does not always mean less, especially when we are talking about the pent-up energy of molecular and atomic bonds.
The word “bomb” could derive from the word “bond,” or more likely from the word “boom.” A bomb is a boom of broken bonds.
Bombs are devices that release the energy in molecular and atomic bonds in a setting that accelerates and magnifies the force of the reaction for the purpose of hurting others and their belongings.
The release of energy can and should be a good thing. Burning a log on a fire is the release of the molecular energy in the wood. A controlled fire in the heater, stove or fireplace is a very good thing. It warms us in cool weather, heats our food and comforts us with its bright flames. Uncontrolled, a fire is a very bad thing. A forest fire can destroy homes, crops and people. A bomb is an uncontrolled forest fire. And, the sad thing about a bomb is that the fire was started intentionally to cause damage.
Over two thousand atomic bombs have been detonated for testing. Only two atomic bombs have ever been used against people. Near the end of World War II, the Japanese cities of Hiroshima and Nagasaki were destroyed by atomic bombs. The blast that devastated Hiroshima is calculated to have been equivalent to 60 million sticks of dynamite.
We know why dynamite, gunpowder and the atomic bomb are explosive. We also know how to control the release of molecular and atomic energy to build a better life for all on our planet. Dynamite, gunpowder and the atomic bomb can destroy that life. My hope is that we can control how we release the energy in molecular and atomic bonds by making the right choices for the future of our world.
May wisdom guide our steps,
Grandpa Jim