All The Myriad Ways

In view of the foregoing, normal sex is impossible between LL and Superman.

Artificial insemination may give us better results.

V

First we must collect the semen. The globules will emerge at transsonic speeds. Superman must first ejaculate, then fly frantically after the stuff to catch it in a test tube. We assume that he is on the Moon, both for privacy and to prevent the semen from exploding into vapor on hitting the air at such speeds.

He can catch the semen, of course, before it evaporates in vacuum. He's faster than a speeding bullet.

But can he keep it? All known forms of kryptonian life have superpowers. The same must hold true of living kryptonian sperm. We may reasonably assume that kryptonian sperm are vulnerable only to starvation and to green kryptonite; that they can travel with equal ease through water, air, vacuum, glass, brick, boiling steel, solid steel, liquid helium, or the core of a star; and that they are capable of translight velocities.

What kind of a test tube will hold such beasties? Kryptonian sperm and their unusual powers will give us further trouble. For the moment we will assume (because we must) that they tend to stay in the seminal fluid, which tends to stay in a simple glass tube. Thus Superman and LL can perform artificial insemination. At least there will be another generation of kryptonians.

Or will there?

VI

A ripened but unfertilized egg leaves LL's ovary, begins its voyage down her Fallopian tube.

Some time later, tens of millions of sperm, released from a test tube, begin their own voyage up LL's Fallopian tube. The magic moment approaches...

Can human breed with kryptonian? Do we even use the same genetic code? On the face of it, LL could more easily breed with an ear of corn than with Kal-El. But coincidence does happen. If the genes match...

One sperm arrives before the others. It penetrates the egg, forms a lump on its surface, the cell wall now thickens to prevent other sperm from entering. Within the now-fertilized egg, changes take place...

And ten million kryptonian sperm arrive slightly late.

Were they human sperm, they would be out of luck. But these tiny blind things are more powerful than a locomotive. A thickened cell wall won't stop them. They will all enter the egg, obliterating it entirely in an orgy of microscopic gang rape. So much for artificial insemination.

But LL's problems are just begi

VII

Within her body there are still tens of millions of frustrated kryptonian sperm. The single egg is now too diffuse to be a target. The sperm scatter.

They scatter without regard to what is in their path. They leave curved cha

That leaves LL with several million microscopic perforations all leading deep into her abdomen. Most of the cha

Peritonitis is inevitable. LL becomes desperately ill.

Meanwhile, tens of millions of sperm swarm in the air over Metropolis.

VIII

This is more serious than it looks.

Consider: these sperm are virtually indestructible. Within days or weeks they will die for lack of nourishment.

Meanwhile they ca

There they are, minuscule but dangerous; for each has supernormal powers.

Metropolis is shaken by tiny sonic booms. Wormholes, charred by meteoric heat, sprout magically in all kinds of things: plate glass, masonry, antique ceramics, electric mixers, wood, household pets, and citizens. Some of the sperm will crack lightspeed. The Metropolis night comes alive with a network of narrow, eerie blue lines of Cherenkov radiation.

And women whom Superman has never met find themselves in a delicate condition.

Consider: LL won't get pregnant because there were too many of the blind mindless beasts. But whenever one sperm approaches an unfertilized human egg in its panic flight, it will attack.

How close is close enough? A few centimeters? Are sperm attracted by chemical cues? It seems likely. Metropolis had a population of millions; and kryptonian sperm could travel a long and crooked path, billions of miles, before it gives up and dies.

Several thousand blessed events seem not unlikely. (*If the pubescent Superboy plays with himself, we have the same problem over Smallville.*)

Several thousand lawsuits would follow. Not that Superman can't afford to pay. There's a trick where you squeeze a lump of coal into its allotropic diamond form...

IX

The above analysis gives us part of the answer. In our experiment in artificial insemination, we must use a single sperm. This presents no difficulty. Superman may use his microscopic vision and a pair of tiny tweezers to pluck a sperm from the swarm.

X

In its eagerness the single sperm may crash through LL's abdomen at transsonic speeds, wreaking havoc. Is there any way to slow it down?

There is. We can expose it to gold kryptonite.

Gold kryptonite, we remember, robs a kryptonian of all of his supernormal powers, permanently. Were we to expose Superman himself to gold kryptonite, we would solve all his sex problems, but he would be Clark Kent forever. We may regard this solution as somewhat drastic.

But we can expose the test tube of seminal fluid to gold kryptonite, then use standard techniques for artificial insemination.

By any of these methods we can get LL pregnant, without killing her. Are we out of the woods yet?

XI

Though exposed to gold kryptonite, the sperm still carries kryptonian genes. If these are recessive, then LL carries a developing human foetus. There will be no more Supermen; but at least we need not worry about the mother's health.

But if some or all of the kryptonian genes are dominant...

Can the infant use his X-ray vision before birth? After all, with such a power he can probably see through he own closed eyelids. That would leave LL sterile. If the kid starts using heat vision, things get even worse.

But when he starts to kick, it's all over. He will kick his way out into open air, killing himself and his mother.

XII

Is there a solution?

There are several. Each has drawbacks.

We can make LL wear a kryptonite (*For our purposes, all forms of kryptonite are available in unlimited quantities. It has been estimated, form the startling to