Snow Crash vs Star Trek

“[C]yberpunk sci-fi of the 1980s and early 1990s accurately predicted a lot about our current world. Our modern society is totally wired and connected, but also totally unequal,” writes Noah Smith (What we didn’t get, Noahpinion). “We are, roughly, living in the world the cyberpunks envisioned.”

I don’t find that surprising. Cyberpunk writers were looking at ongoing trends and extrapolating about the near future. We are living in that near future.

Considering inequality in the US began growing several decades ago when cyberpunk became a genre, it wasn’t hard to imagine that such inequality would continue to grow and play out within technology itself. And the foundations for present technology were developed in the decades before cyberpunk. The broad outlines of the world we now live in could be seen earlier last century.

That isn’t to downplay the predictions made and envisioned. But it puts it into context.

Smith then asks, “What happened? Why did mid-20th-century sci fi whiff so badly? Why didn’t we get the Star Trek future, or the Jetsons future, or the Asimov future?” His answer is that, “Two things happened. First, we ran out of theoretical physics. Second, we ran out of energy.”

That question and answer is premature. We haven’t yet fully entered the Star Trek future. One of the first major events from its future history are the Bell Riots, which happen seven years from now this month, but conditions are supposed to worsen over the years preceding it (i.e., the present). Like the cyberpunk writers, Star Trek predicted an age of growing inequality, poverty, and homelessness. And that is to be followed by international conflict, global nuclear war, and massive decimation of civilization.

World War III will end in 2053. The death toll will be 600 million. Scientific research continues, but it will take decades for civilization to recover. It’s not until the 22nd century that serious space exploration begins. And it’s not until later in that century that the Federation is formed. The Star Trek visionaries weren’t starry-eyed optimists offering much hope to living generations. They made clear that the immediate future was going to be as dark or darker than most cyberpunk fiction.

The utopian world that I watched in the 1990s was from The Next Generation and Deep Space Nine. Those two shows portray the world 250 years from now, about the same distance we have to the last decades of the American colonial era. It’s unsurprising that a pre-revolutionary writer might have predicted the invention of the cotton gin at the end of the 18th century, just as unsurprising that he couldn’t have predicted the world we now live in. That is why I would argue it’s premature to say that no further major advancements in science will be made over that time period.

Scientific discoveries and technological developments tend to happen in spurts — progress builds incrementally, which is what makes Star Trek compelling in how it offers the incremental details of how we might get from here to there. We can be guaranteed that, assuming we survive, future science will seem like magic to us, based as it would be on knowledge we don’t yet possess. At the beginning of the 20th century, there were those who predicted that nothing significant was left for humans to learn and discover. I laugh at anyone who makes the same naive prediction here at the beginning of the 21st century.

To be fair, Smith doesn’t end there. He asks, “These haven’t happened yet, but it’s only been a couple of decades since this sort of futurism became popular. Will we eventually get these things?” And he adds that, “we also don’t really have any idea how to start making these things.”

Well, no one could answer what the world will be like in the distant future any more than anyone in the distant past was able to predict the world that has come to pass. Nothing happens yet, until it happens. And no one really has any idea how to start making anything, until someone figures out how to do so. History is an endless parade of the supposedly impossible becoming possible, the unforeseen becoming commonplace. But it is easy to argue that recent changes have caused a rupture and that even greater changes are to come.

Smith goes on to conjecture that, “maybe it’s the authors at the very beginning of a tech boom, before progress in a particular area really kicks into high gear, who are able to see more clearly where the boom will take us.” Sure. But no one can be certain one is or is not at the beginning of a tech boom. That can only be seen clearly in retrospect.

If the Star Trek future is more or less correct, the coming half century will be the beginning of a new tech boom that leads to the development of warp drive in 2063 (or something akin to it). And so following it will be an era of distant space travel and colonization. That would be the equivalent of my grandparents generation growing up with the first commercially sold cars and by adulthood, a half century later, experiencing the first manned space flight — there being no way to predict the latter from the former.

As a concluding thought, Smith states that, “We’ll never know.” I’m sure many in my grandparents generation said the same thing. Yet they did come to know, as the future came faster than most expected. When that next stage of technological development is in full force, according to Star Trek’s future historians, those born right now will be hitting middle age and those reaching young adulthood now will be in their sixties. Plenty in the present living generations will be around to know what the future holds.

Maybe the world of Snow Crash we seem to be entering into will be the trigger that sends us hurtling toward Star Trek’s World War III and all that comes after. Maybe what seems like an endpoint is just another beginning.

* * *

About predictions, I am amused by early 20th century proclamations that all or most great discoveries and inventions had been achieved. The belief was that the following century would be limited to working out the details and implementing the knowledge they already had.

People at the time had just gone through a period of tumultuous change and it was hard to imagine anything further. Still, it was a time of imagination, when the earliest science fiction was popularized. Most of the science fiction of the time extrapolated from what was known from the industrial age, from Newtonian physics and Darwinian evolution. Even the best predictions of the time couldn’t see that far ahead. And like cyberpunk, some of the predictions that came true in the following decades were dark, such as world war and fighting from the air. Yet it was hard for anyone to see clearly even into the end of the century, much less the century following that.

The world seemed pretty well explained and many felt improvements and progress were hitting up against a wall. So, it would be more of the same from then on. The greater changes foreseen tended toward the social rather than the technological. Otherwise, most of the experts felt certain they had a good grasp of the kind of world they lived in, what was possible and impossible. In retrospect, such confidence is amusing to an extreme degree. The following passage describes the context of that historical moment.

Stranger Than We Can Imagine
by John Higgs
pp. 17-19

It appeared, on the surface, to be an ordered, structured era. The Victorian worldview was supported by four pillars: Monarchy, Church, Empire and Newton.

The pillars seemed solid. The British Empire would, in a few years, cover a quarter of the globe. Despite the humiliation of the Boer War, not many realised how badly the Empire had been wounded and fewer still recognised how soon it would collapse. The position of the Church looked similarly secure, despite the advances of science. The authority of the Bible may have been contradicted by Darwin and advances in geology, but society did not deem it polite to dwell too heavily on such matters. The laws of Newton had been thoroughly tested and the ordered, clockwork universe they described seemed incontrovertible. True, there were a few oddities that science puzzled over. The orbit of Mercury, for instance, was proving to be slightly different to what was expected. And then there was also the issue of the aether.

The aether was a theoretical substance that could be described as the fabric of the universe. It was widely accepted that it must exist. Experiments had shown time and time again that light travelled in a wave. A light wave needs something to travel through, just as an ocean wave needs water and a sound wave needs air. The light waves that travel through space from the sun to the earth must pass through something, and that something would be the aether. The problem was that experiments designed to reveal the aether kept failing to find it. Still, this was not considered a serious setback. What was needed was further work and cleverer experiments. The expectation of the discovery of the aether was similar to that surrounding the Higgs boson in the days before the CERN Large Hadron Collider. Scientific wisdom insisted that it must exist, so it was worth creating more and more expensive experiments to locate it.

Scientists had an air of confidence as the new century began. They had a solid framework of knowledge which would withstand further additions and embellishments. As Lord Kelvin was reputed to have remarked in a 1900 lecture, “there is nothing new to be discovered in physics now. All that remains is more and more precise measurement.” Such views were reasonably common. “The more important fundamental laws and facts of physical science have all been discovered,” wrote the German-American physicist Albert Michelson in 1903, “and these are now so firmly established that the possibility of their ever being supplanted in consequence of new discoveries is exceedingly remote.” The astronomer Simon Newcomb is said to have claimed in 1888 that we were “probably nearing the limit of all we can know about astronomy.”

The great German physicist Max Planck had been advised by his lecturer, the marvellously named Philipp von Jolly, not to pursue the study of physics because “almost everything is already discovered, and all that remains is to fill a few unimportant holes.” Planck replied that he had no wish to discover new things, only to understand the known fundamentals of the field better. Perhaps unaware of the old maxim that if you want to make God laugh you tell him your plans, he went on to become a founding father of quantum physics.

Scientists did expect some new discoveries. Maxwell’s work on the electromagnetic spectrum suggested that there were new forms of energy to be found at either end of his scale, but these new energies were still expected to obey his equations. Mendeleev’s periodic table hinted that there were new forms of matter out there somewhere, just waiting to be found and named, but it also promised that these new substances would fit neatly into the periodic table and obey its patterns. Both Pasteur’s germ theories and Darwin’s theory of evolution pointed to the existence of unknown forms of life, but also offered to categorise them when they were found. The scientific discoveries to come, in other words, would be wonderful but not surprising. The body of knowledge of the twentieth century would be like that of the nineteenth, but padded out further.

Between 1895 and 1901 H.G. Wells wrote a string of books including The Time Machine, War of the Worlds, The Invisible Man and The First Men in the Moon. In doing so he laid down the blueprints for science fiction, a new genre of ideas and technological speculation which the twentieth century would take to its heart. In 1901 he wrote Anticipations: An Experiment in Prophecy, a series of articles which attempted to predict the coming years and which served to cement his reputation as the leading futurist of the age. Looking at these essays with the benefit of hindsight, and awkwardly skipping past the extreme racism of certain sections, we see that he was successful in an impressive number of predictions. Wells predicted flying machines, and wars fought in the air. He foresaw trains and cars resulting in populations shifting from the cities to the suburbs. He predicted fascist dictatorships, a world war around 1940, and the European Union. He even predicted greater sexual freedom for men and women, a prophecy that he did his best to confirm by embarking on a great number of extramarital affairs.

But there was a lot that Wells wasn’t able to predict: relativity, nuclear weapons, quantum mechanics, microchips, black holes, postmodernism and so forth. These weren’t so much unforeseen, as unforeseeable. His predictions had much in common with the expectations of the scientific world, in that he extrapolated from what was then known. In the words commonly assigned to the English astrophysicist Sir Arthur Eddington, the universe would prove to be not just stranger than we imagine but, “stranger than we can imagine.”

 

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