No. That way lay
And beside Draco, Harry walked along with a smile on his face, thinking about the evolutionary origins of human intelligence.
In the beginning, before people had quite understood how evolution worked, they'd gone around thinking crazy ideas like
The reason why this was crazy was that only one person in the tribe had to invent a tool, and then everyone else would use it, and it would spread to other tribes, and still be used by their descendants a hundred years later. That was great from the perspective of scientific progress, but in evolutionary terms, it meant that the person who invented something didn't have much of a fitness
Before people had quite understood how evolution worked, they'd gone around thinking crazy ideas like
But human beings had four times the brain size of a chimpanzee. 20% of a human's metabolic energy went into feeding the brain. Humans were
And today's scientists had a pretty good guess at what that runaway evolutionary process had been.
Harry had once read a famous book called
...though it hadn't taken very long after that for Nikkie to form an alliance with the defeated Yeroen, overthrow Luit, and become the
It really made you appreciate what millions of years of hominids trying to outwit
'Cause, y'know, a human would have totally seen that one coming.
And beside Harry, Draco walked along, suppressing his smile as he thought about his revenge.
Someday, maybe in years but someday, Harry Potter would learn just what it meant to underestimate a Malfoy.
Draco had awakened as a scientist in a single day. Harry had said that wasn't supposed to happen for months.
But of course if you were a Malfoy, you would be a more powerful scientist than anyone who wasn't.
So Draco would learn all of Harry Potter's methods of rationality, and then when the time was ripe -
Chapter 25: Hold Off on Proposing Solutions
To seek out new life, and J. K. Rowling!
Note: Since the science in this story is usually all correct, I include a warning that in Ch. 22-25 Harry overlooks many possibilities, the most important of which is that there are lots of magical genes but they're all on one chromosome (which wouldn't happen naturally, but the chromosome might have been engineered). In this case, the inheritance pattern would be Mendelian, but the magical chromosome could still be degraded by chromosomal crossover with its nonmagical homologue. (Harry has read about Mendel and chromosomes in science history books, but he hasn't studied enough actual genetics to know about chromosomal crossover. Hey, he's only eleven.) However, although a modern science journal would find a
(The sun shone brilliantly into the Great Hall from the enchanted sky-ceiling above, illuminating the students as though they sat beneath the naked sky, gleaming from their plates and bowls, as, refreshed by a night's sleep, they inhaled breakfast in preparation for whatever plans they'd made for their Sunday.)
So. There was only one thing that made you a wizard.
That wasn't surprising, when you thought about it. What DNA mostly did was tell ribosomes how to chain amino acids together into proteins. Conventional physics seemed quite capable of describing amino acids, and no matter how many amino acids you chained together, conventional physics said you would never, ever get magic out of it.
And yet magic seemed to be hereditary, following DNA.
Then that probably
Rather the key DNA sequence did not, of itself, give you your magic at all.
Magic came from somewhere else.
(At the Ravenclaw table there was one boy who was staring off into space, as his right hand automatically spooned some unimportant food into his mouth from whatever was in front of him. You probably could have substituted a pile of dirt and he wouldn't have noticed.)
