My latest Locus column is "Where Characters Come From," and it advances a neurological theory for why fiction works, and where writers find their characters.
As a writer, I know that there’s a point in the writing when the engine of the story really seems to roar to life, and at that moment, the characters start feeling like real people. When you start working on a story, the characters are like finger-puppets, and putting words into their mouths is a bit embarrassing, like you’re sitting at your desk waggling your hands at one another and making them speak in funny, squeaky voices. But once those characters ‘‘catch,’’ they become people, and writing them feels more like you’re recounting something that happened than something you’re making up. This reality also extends to your autonomic nervous system, which will set your heart racing when your characters face danger, make you weepy at their tragedies, has you grinning foolishly at their victories.
In some ways, this is even weirder. For a writer to trick himself into feeling emotional rapport for the imaginary people he himself invented seems dangerous, akin to a dealer who starts dipping into the product. Where does this sense of reality – this physical, limbic reaction to inconsequential non-events – spring from?
Where Characters Come From
OpenBCI is an open-source brain computer interface that had a successful Kickstarter a couple of years ago. They are back with a $99 biodata acquisition device and a 3D-printed, brain-sensing headset. They look cool! The OpenBCI Ganglion is a high-quality, affordable bio-sensing device. On the input side, there are 4 high-impedance differential inputs, a driven […]
In 1837, Italian physician Camilo Golgi devised a reaction to stain the wispy dendrites and axons of neurons, making it possible to see brain cells in situ. In 1875, he published his first scientific drawing made possibly by his chemical reaction, seen here. It’s an illustration of the never fibers, gray matter, and other components […]
In the EU and the USA, high-profile, high-budget programs are underway to simulate a human brain. While these produce some pretty pictures of simulations, they don’t display much rigor or advancement of our understanding of how brains work.
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