Careful [Trigger warning: This post started out wading around in the shallows, but somehow strayed out into some rather deep and murky water. So you might want to grab a flotation device. . . . water wings, a surfboard, a martini, whatever, as they say, floats your boat. I was tempted to break it into chapters, but opted to go with the whole magilla! 😁]
I think I can trace the beginning of this particular post to the time a few days ago when I started to re-read the Amos Decker mystery series by David Baldacci. [Aside to fellow addicts: There is an 8th book coming! Date a little fuzzy.] Yeah. "Re-reading." I have written before about the addiction I share with my sister for mystery series. But I do need to clarify: They need to be good mysteries. And that, unfortunately, is a rather high bar.
I do regularly troll Kindle Unlimited and my library sites for new mysteries. I start them - some of them I finish, but it often feels like having to eat your vegetables. "I started this and maybe it will get better, so I will clean my plate." But after awhile I have to cleanse my palette, so I come back to talented authors like Baldacci, who is better reheated than other "wannabes" served fresh off the presses.
I mean the guy is amazing. He has written some 38 novels, and counting - across seven different series. Which got me thinking. OK, Google tells me that the "average length" of Baldacci's books is about 450 pages. For 38 books, that comes out to about 17,000 pages. JK Rowling clocks in at about 5000 pages, but that is only the Harry Potter series. If you include her mystery series written under the pen name Robert Galbraith and featuring protagonist Cormoran Strike she racks up an additional 5000 pages, and even that doesn't include a few stand-alone kids books. So call her output about 10,000 pages.
So together they have generated about 30,000 pages of quality writing. At say 10 inches a page, that comes to about 5 miles of printed pages laid end-to-end. Yeah, I ran those numbers, and even if you ignore the quality issue, I had to ask myself how do you generate that amount of text? At 250 words a page that is about seven and a half million words. How do you think up that many words? How can anyone even type that fast? Fill up that many pages, even if you are using some "talk-to-text" app? You still have to go back and correct the app errors. All questions that bring us to the elephant in the room - artificial intelligence, aka ai, or AI. AI, running 24/7, could easily spew out that many pages.
I no longer grade student papers so am, thankfully, largely ignorant of the current classroom crisis of attempting to determine which essays were actually written by the students as opposed to those generated by ChatGPT or other apps of its ilk. But I imagine there are not all that many lines of code between "write me a four-page, high school senior essay on the poetry of Robert Frost" and "write me a 325 page mystery with a special ops protagonist in the style of David Baldacci." I think about that as I write prosaic emails and grocery lists smoothly aided by my email and generic text apps.
But I really think that it will not be that easy for the "chat bots" to fool us, no matter how many purloined novels they are "trained" on. My optimism has to do with "strings." Not as in kite strings, or yo-yo strings, or even violin or guitar strings - although there is some overlap there. Rather it has to do with the strings as in the "string theory" that some physicists use to explain the universe.
I'm going to try to rein myself in here, but it will be difficult. Many years ago I wrote a book called The God Chord: String Theory in the Landscape of the Heart. Some of you have copies. Some of you read it. For those of you who have escaped that occasionally dense slog, let me give you the bare bones.
String theory [Brian Greene's book The Elegant Universe, is a fairly clear exposition, if you want to play along.] asserts that the universe and everything in it - planets, galaxies, mountains and mole hills - are, at their most fundamental level, composed of incredibly infinitesimal tiny tiny [add as many "tinys" as you want] vibrating strings. In The God Chord I assert that vibrating strings, no matter how tiny, make music. Hence the universe and everything in it - including us - is made of music. Not metaphorically, literally.
So, since we are made of music, it is not unreasonable to assert that our DNA, and RNA - anything that marks us as a totally unique individual - contains, reflects and projects our unique "chord", composed [again, literally] by the unique strings that make our DNA/RNA. Think about all the "cop shows" we watch or read. What enables the protagonists to nail the bad guys? Forensics. The traces of the perp's DNA. In today's world those markers are determined by chemical testing. Again, I would assert that somewhere down the road, we will develop the technology capable of "hearing" the strings that make up this all pervasive "music of the spheres." So we, and cops of future mysteries, would be able to hear the specific music that makes each of us unique, and allows us/them to nail the perp anywhere in the universe.
I recently read an article about an oncologist who had actually recorded the sounds that individual cells make, and how those sounds differed from the sounds emanating from cancerous cells. The process is called sonocytology, and a quick online search says "This emerging field uses extremely sensitive instruments (like modified atomic force microscopes) to detect nanoscale vibrations on cell surfaces." So, maybe nudging towards listening to the music of the spheres?
But we are not there yet, and part of me hopes that we never get there, as that technology could conceivably mimic the chords it hears and in so doing produce a true "re-creation" of an artist's work. An assertion that is sort of a sneaky way of backing into my major issue, which is the current fraught relationship between artists and AI.
That relationship is currently getting the most press as writers raise concerns about AI replacing the human beings who now craft the words spoken by the myriad faces who appear on our screens. I do think that AI will find increasing spaces in the generation of rote communication. Think, "Step back. The doors are closing." or "Your call is very important to us. A representative will be with you shortly. There are currently three hundred callers in front of you." OK, maybe that last bit is a tad much, but you know what I mean. AI will increasingly move into those spaces - replacing some humans, perhaps like my former student who is currently the voice of an assistant coach on Madden NFL 26. But I don't think AI will move successfully into truly creative fields, the fine arts such as music, literature (as opposed to rote writing), poetry, painting, film, video, dance, etc., etc.
But, and I am sorry, my reasoning here jumps into a blend of string theory and quantum mechanics, sort of Einstein meets Mozart.
OK, from string theory let us take the idea that each of us is made of music via those tiny vibrating strings in every particle of our being. Furthermore, given that our DNA is unique from all other humans, our personal music - our chord, if you will - is also unique.
Now let's hop over to quantum mechanics and the idea of entanglement - or what Einstein called "spooky action at a distance." Basically what happens in entanglement is that two or more particles become linked in such a way that they share the same quantum state, regardless of the distance separating them. So say "particle thing A" here on Earth, is entangled with "particle thing B" on Mars. Entanglement says that if we change something about earthly "particle thing A" - color, temperature, whatever - here on Earth, "particle thing B" on Mars will instantly change in exactly the same way. See why Einstein called it "spooky action at a distance?" Whew. OK, hold that thought.
So how do particles get entangled? Specifically in the realm of the arts? Here is where we can bring in CSI. How do the good guys find the bad guy's DNA on the victim's sweater? Transference! The bad guy touched the victim's sweater so their DNA was transferred to the sweater.
The next leap is to assert that artists "transfer" their chord onto, or into, their artworks. They carve the sculpture, smear the paint, mold the clay, touch the paper, play the instrument, speak the speech, even manipulate the data points that enable digital works in unique ways. Thus is the chord transferred, and it is that transference that makes the work totally unique, immune to imitation.
Sadly, I am unaware of any particular instance that would prove that assertion. But somewhere in the backyard of my mind is a reference to a painting that was authenticated by the artist's fingerprint within the painting. If the recollection comes forward I will share it with you. Which would be kind of similar to, but a stretch for, authentication via strings. Instead, let us look at a backwards approach to supporting the assertion by looking at the things we haven't been able to do - attempts at replicating the creations of past.
First let us consider the ongoing search for the "secret" of a Stradivarius violin. Every year luthiers [makers of stringed instruments, violins, violas, cellos, etc.] gather at Oberlin College in Ohio for the Oberlin Workshop, partially in an attempt to "re-create" the famous Betts Stradivarious made by Antonio Strativari in 1704. The Betts instrument has been measured, scanned, and imaged across any conceivable dimension in attempts to duplicate it. The workshop has produced some excellent instruments, some of which are actually preferred over the Betts instrument by professional violinists. However, none of those violins seem capable of exactly reproducing the unique sound of the Betts instrument. Something was missing.
Similarly during WWII Han van Meegeren forged a number of paintings purported to be "missing masterworks" by the acclaimed Dutch Golden Age artist, Johannes Vermeer. The forgeries were sold at "masterwork prices" to museums and "expert collectors" including infamous Nazi leader Hermann Göring. But in the end - in the course of a rather spectacular trial - Van Meegeren had to publicly paint "a Vermeer" to avoid conviction on charges of colluding with the Nazies, a far more serious crime than forgery. So the fakes were finally revealed as such. Again "close but no cigar."
Another set of attempted "recreations" has been getting a lot of press lately. Colossal Biosciences, a biotech company asserts that it has recreated "dire wolves" by extracting some genetic material from the remains of the long extinct species and enabling the expression of those genes in contemporary grey wolf pups. Critics respond that the critters in question are not dire wolves at all, but rather grey wolf puppies who have been genetically engineered to mimic a few physical characteristics of dire wolves. I would say, instead, that the chords inherent in the ancient DNA have either been overwhelmed by, or incorporated into, the dominant chord of the contemporary species. Colossal, undeterred by the criticisms, have now set their sights on the equally extinct flightless bird, the dodo.
But overall something feels wrong in these attempts to duplicate creatures and masterworks from the past. Actually I would assert, something sounds wrong. And that is because the unique chord of the original is not entangled in the artificial imitation.
And it is this inability to touch and recreate a living chord that will forever [hopefully] prevent AI becoming anything other than merely artificial intelligence.