Facts overtaking fiction?
Wednesday, November 26th, 2025It happens. Arthur C. Clarke imagined comsats long ago; we now have a plethora of them. Isaac Asimov imagined androids and robots long ago too; we now have many of the latter and still fear quality ones of the former (because of a still-prevalent Frankenstein complex?). Versions of AI populate many sci-fi stories, often as villains (remember HAL?); while current models haven’t yet reached the level of what’s been imagined, the anemic and primitive software roll-outs still seem to be all the rage now, the handful of providing companies dominating the stock market.
All this and more relate to some of my own stories, of course, but in this post I want to focus on a recent news item that caught my attention: Google’s claimed advances in creating a quantum computer. From what I saw and read, their efforts looked about as impressive as those first attempts at mainframes now left far behind by the laptop on your desk; they only represent a tiny step forwards despite the hype. (All the cryogenics required seems to imply that we won’t be using a desktop quantum computer anytime soon!)
However, this news item about Google’s efforts made me wonder how fast the advances in quantum computing will make my novel Leonardo and the Quantum Code (#5 in the “Esther Brookstone Art Detective” series) a bit like that old story by Jules Verne, From the Earth to the Moon, relative to last century’s Apollo missions (Verne’s characters traveled to the moon after being shot out of a cannon). Any story featuring future tech can become dated.
In a sense, my novel is a bit like a tongue-in-cheek play (not quite as much as my novel, A Time-Traveler’s Guide through the Multiverse): In Esther’s adventure, an old physics professor, an old friend of Esther Brookstone when she and husband number two Alfred were at Oxford, is motivated by some projection techniques he found in a (yet unknown!) notebook of Leonard da Vinci (the Leonardo of the title, of course) to create clever and super-fast encryption and decryption algorithms for quantum computers. The humorous twist, and the old physicist’s joke on everyone trying to steal those algorithms, is that there are no existing quantum computers; his algorithms can’t be used…yet!
While I know enough about encryption and decryption as well as quantum phenomena to make the story seem real, even though it’s clearly fiction, a bit of sci-fi in a rather unconventional mystery/thriller story, the same question might occur to you as it did to me: How soon might facts overtake my fiction? Better said, how soon will that physics professor’s joke on international spies no longer be valid?
I probably shouldn’t worry. As I said above, Google’s quantum computer looked quite primitive. Moreover, my tale still qualifies as a tongue-in-cheek critique of the Russian and US spy networks as well as the UK’s MI5 competency and research projects. Or, is it just another spy thriller that will eventually become irrelevant with the inexorable advancement of technology? Time will tell.
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[Note from Steve: Readers might be wondering about two things: Why don’t I provide links to the books mentioned above? And why don’t I show their cover images like I used to do? The first answer is a bit complicated: I’m in the process of merging old Smashwords accounts with Draft2Digital—those two companies’ merger has caused some technical software problems for me (and others, I suppose). Also, space limitations for this blog don’t allow me to archive and use cover images when needed. Technology often works against us!]
Around the world and to the stars! In libris libertas!














