Friday, July 23, 2010

From the Editor

Well, my friends, it has been ages since your faithful editor has been able to motivate his master to write something new. "Ruff grrrowl bark!?" I asked him. (That is, "How can I promote the site if there isn't anything new to post!?")

I must admit it was a bit much to ask him to be creative when he was working full time to design microchips (Any relation to the potato chip? I love those.), while finishing a 150+ page dissertation (You will thank me for NOT posting that.) and trying to pass his Ph.D. Defense. Then there was that little distraction of having to look for work for 11 months and then getting used to a new job for the past few months. And that doesn't even get into his family (and pet!) responsibilities. His plate was a little full, and so I guess I can cut him some slack. His days are very unlike mine, which are mainly spent napping, begging for treats, and avoiding Kaden. (Did I mention that Kaden's in his TERRIBLE threes? My tail's never been the same.)

Nevertheless, my master has consented to pick up the pen once again. Here is his opening salvo on--wait for it--electricity and magnetism. (I know. I know. But he has been a bit swamped in the stuff.) In case you didn't know, there is a class called Electromagnetics that all electrical engineers have to take and that most remember only in their darkest of dreams. (If you have ever seen a horror film with Freddy Krueger or Jason Voorhees, you have a good idea of what the class is like.) Anyway, Herr Doctor tells me that anyone who has taken electrical engineering or physics could relate to this. Well, I'm sure most of us can say, "Been there. Done that," eh?

Whew! That was hard work. Time for a nap.

--Fezziwig

Magnetoelectrics and Statodynamics

I recently read a great bedtime story called Classical Electrodynamics by the very famous author J. D. Jackson. (I'm sure you can find copies at your local library.) It was a book full of adventure (and math). As you can imagine, this was a very thought-provoking book and is one of the reasons I have not been able to sleep well over the past week. An active mind, after all, never rests, and this book did get me thinking...

Though the title only explicitly mentions electricity and dynamism, the book actually covered electricity and magnetism in both their dynamic and static states. (It also covered relativity but that for another time.) What indeed, I thought, accounts for this lack of full disclosure in the title?

As I pondered this omission, I considered how magnetism--even when mentioned--always plays second fiddle to electricity. Consider the title electromagnetics. Why is it not rather magnetoelectrics. In fact, it is never magnetoelectrics, which seems a tad unfair. To add insult to injury, the title Classical Electrodynamics doesn't even mention magnetics! Oh the inhumanity. I mean, anyone who has been around these two for even one semester would know that electricity and magnetism go together like bread and butter, guns and ammo, government and inefficiency. And yet, from the title the reader can only assume that the book discusses dynamic magnetics as well as dynamic electrics.

Which brings us to the other inequity. Why is there mention of dynamics and no mention of statics in the title? Statics takes up a full three chapters and yet you would never know it by the title. No, it is completely shunted into the shadow cast by the ever impressive dynamics.

Well, I need hardly say that this inequity bothered me. I thought, what can be done to rectify this wrong? What steps can be taken? What laws can be passed? What politicians can be lobbied?

Perhaps justice could be served once and for all if statics and magnetics combined forces in protest against their under-representation. They could join together right there on capitol hill and demand justice!

But would it be enough to overcome the establishment that is so clearly biased toward electricity and dynamism? Alas no, for statics prefers things to stay the same and would never push for change no matter how advantageous the outcome. Dynamics, on the other hand, is radical by nature and much more likely to protest and induce change. Furthermore, magnetics would only show up for an instant and then zip right back home. Such is its circuitous nature. Only electricity has the audacity and tenacity to show up some place new and stay there until its mission is accomplished.

And so, my friends, perhaps that is what really happened. Electricity and dynamism banded together to gain superior representation, and the other two stayed home. Then again, perhaps the Illuminati had something to do with it. Then again, maybe a book entitled Magnetostatics wouldn't sell as well as one entitled Electrodynamics. Ah yes, herein lies the answer. Capitalism, the arch-nemesis of statism (as so brilliantly laid out in Liberty and Tyranny), strikes again! Capitalism is what induces such a title.