Where to put everybody?

Just exactly how many of us are there?

Well, the world population is somewhere around 7.2 billion and rising.  At the same time, less than half of the earth remains in wilderness, much of that endangered.  It seems we need to to something, the sooner the better.  How much of the earth could we sequester from the likes of us?

Let’s see; if we give each of us a square meter to stand on, that’s about 7000 square kilometers we need, or about 2700 square miles to us colonial types.  Could we put the entire population of the world in, say, Rhode Island?  Not even close.  R. I. has only 2710 square kilometers.  How about Delaware?  Nope, just a little over 5000.

But don’t despair, New York City has 8633, enough for everyone, and more than 1600 left over for parking lots, and there’s some logic in putting everyone somewhere that’s already screwed up, wilderness-wise.  It’s the only city that qualifies, though; the next largest, Tokyo/Yokohama, at 6993, would leave 7 people out in the bay swimming.  Given Mothra and Godzilla and what-not, that’s probably not very safe.

Of course, we could go with industrial world tradition, and put everyone somewhere else.  Palestine is too small, and anyway, Israel is already building enough settlements there to use up all the available space.  Puerto Rico has as much room as NYC, but it’s technically part of the US (Territory?  Colony?  Never mind.)  Same goes for Akhazia, which may or may not be part of Georgia by the time we decide.

It looks like it’s New York City.  Too bad; the rent for a square meter there is already as high as a mortgage elsewhere, and just wait till Donald Trump gets wind of this.

The deep state

A recent article in the Atlantic Monthly by Conor Friedersdorf  brings up the question of the deep state, and whether it has overwhelmed our elected state, the one you and I see as the government.  Briefly, the deep state is a term borrowed from Turkish politics, and denotes a secret cabal that actually runs things under the cover of the elected state, which is seen to be ineffectual in decisions that really matter.  Applied to the United States, it refers to the institutions that continue intact, regardless of changes in the elected government and whomever they may appoint as titular heads.  These institutions include the military, all the various agencies, and the bureaucracy in general.  In its most sinister interpretation, beloved of conspiracy theorists, it is the deep state that really runs things, elected government amounting only to window dressing, a sop to keep the ignorant masses deluded.  In its most benign interpretation, the deep state simply represents the necessary continuity in government, provided by career specialists, advising elected officials on finer points of a technical nature.

It’s not hard to see that there’s a continuum there; the reality can run anywhere between the two extremes.  It can even vary, depending on the strength and leadership of the individuals in the elected government at any given time, on any given policy.  It’s hard to believe in the most sinister extreme, because it would mean that everyone who has successfully run for high office is in on the conspiracy, is too stupid to see what’s going on, or has been intimidated into silence.  The many instances of institututional displeasure with presidential policy would also have to have been staged, with none of us the wiser.  All it would take to expose a conspiracy on this order would be one individual.  We see already what Snowden has been able to do on a much lower level.  Unless, of course, that’s been staged as well.  If so, Snowden wins the Oscar hands down.

In his article, Friedersdorf’s alarm concerns the extent the military deep state has increased its power, based on some comments in Robert Gates’ recently published memoir:

…I can’t help but marvel at the casual manner in which this former secretary of defense observes that the military did take control of the policy process with regard to Afghanistan, and implies that they had the capacity to “run away with” the policy process.

This is in regard to the surge, strongly endorsed by the commanders in the field.  He goes on to question why Obama is suggesting changes in NSA eavesdropping, instead of simply ordering them.

I don’t see it, frankly.  Obama clearly had the option to go ahead with the surge or not.  What is it that supposedly would have happened had he declined?  An assassination?  Indeed, what would happen if he ordered the changes he suggests in NSA policy?  It is possible the NSA would simply continue clandestinely, and clamp down on leaks; it’s hard to imagine, though, a clandestine surge in Afghanistan.  Most tellingly, though, there are just too many differences in policy from one administration to another to led credence the worst of the fears, in spite of Obama’s unexpected continuation of many Bush policies.

What do you think?

Damn that Galileo!

I find myself thinking about Galileo, for no apparent reason, and his famous Tower of Pisa experiment, which he may or may not have actually performed.  You know the one: dropping two balls of unequal mass simultaneously to show that acceleration due to gravity is independent of mass.  In short, the two unequal balls arrive at the earth at the same time.  In physics, this is an example of what is known as the Weak Equivalence Principle (WEP), which I point out only for the pleasure of using such a silly term.

Despite being undeniably true, this is, to me, counterintuitive.  Think of the implications.  Suppose you are in the vacuum of space, maybe took a wrong turn on the way to the coffee shop, or something.  About ten feet away is a softball.  According to the WEP, you and the softball will move towards each other at exactly the same rate as you and the earth, if it were ten feet away.  Lucky for you, though, the damage inflicted by the softball will be considerably less than that inflicted by the earth in a similar situation.  Okay, the softball is much smaller and has much less mass than the earth, so what’s my point?

Let’s substitute something else for the softball, say, the moon.  By the magic of imagination, retracing your steps to see how you missed the coffee shop, you find yourself ten feet from the moon.  Once again, you and the moon move together at that same rate, independent of mass.  This time, though, you will definitely feel something when you finally make contact, because the moon is much, much bigger than a softball.  (Never thought you’d see that phrase in print, did you?)

We’ve all seen that footage of Neil Armstrong bouncing about on the moon.  I love that little tune that he sings, by the way.  Anyhow, it’s apparent that jumping that high on earth would result in much more jarring to the body.  But the moon, though smaller than the earth, is easily sufficiently massive to stop you cold when you hit it.  Remember, starting at ten feet away, you will strike the surface of the moon at exactly the same speed as you would on earth, coming to a full and immediate stop in both cases, or as close to full and immediate as measurable.  So why is there more damage to your poor, unsuspecting body when you do it on earth?

I remember reading a variation on this question years ago, in some “Ask the Scientist” thingie: if two cars of identical mass collide, how is the force different from one of those cars hitting a stationary wall?  Mr. Scientist, no doubt sighing inwardly, patiently explained that it had to do with the momentum of both masses.  To get the same force with just the one car, it would have to be going twice as fast, and even the thickest of us can see the difference there.  But what if you substitute a mountain for the wall?  Or drop the car from a sufficient height so that it’s going the same speed at impact as in the collision with the wall?  Even double the speed, to take account of the second car?

Or jump off a ten foot platform on the moon?

Don’t mind me; I still can’t see why levers work; and don’t even bring up pulleys.

Do you suffer from IQS?

Do you find yourself repeating meaningless platitudes about love, courage, or creativity throughout the day?  Do you attribute nearly every possible sentence in the English language to the same half dozen famous people?  Do you feel strangely moved by reading the same quote for the hundredth time on Twitter or Facebook?  Do you feel an utterance is made more profound by dividing it into lines, pasting it onto a picture of a sunset, and attributing it to a famous dead person?

If so, you may be among the millions who suffer from Internet Quote Syndrome, or IQS.  Here’s what famous people are saying about IQS:

IQS is the single biggest obstacle to peace in the world today. -Mohandas Gandhi

Without a doubt, IQS is Internet Quote Syndrome – Abraham Lincoln

It’s amazing, all the stuff Lincoln said – Mark Twain

But now there’s something you can do about it.  Just send any normal sentence, in any language to me, along with the low, low price of $69.95, and I will read it.

Yes, It’s that simple.  Here’s what Neill Gaiman says about this extraordinary opportunity:

Hold on, you can’t use me; I ain’t dead yet!

So don’t delay, send today!