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Welcome to “Black Mirror”

Welcome to “Black Mirror”

Or, When Life Imitates Sci-Fi

As a sci-fi fan, it always fascinates me when events in the real world look like something out of a science fiction story. This happens because the authors of science fiction are paying attention to trends and making rational projections about what the future will be like – and sometimes they get it right. They also get it wrong a lot. As I’ve noted in a previous post, sci-fi has been way too optimistisc about one particular trend: the extent of human space exploration. And sci-fi authors in the cyberpunk genre way overestimated how stylish and cool our near-future dystopias would turn out.

I thought it would be fun not fun to list out some stories from recent and recent-ish sci-fi television and film, and then find examples in real life of their speculations about technology actually coming true. I will start with Black Mirror, the dystopian anthology series from Netflix, and go episode by episode. Black Mirror pretty obviously gets a lot of story ideas from how tech currently intersects with our lives, so it’s not surprising that I found so many examples.

NOTE: I’m including synopses of the episodes which might be spoiler-y.

Black Mirror episodes

S1: E3 The Entire History of You: In the future, everyone has a device in their head that records their experience. A couple quarrels over suspicions of infidelity, and the recording provides the proof. The idea of having a device implanted in your brain or eye that records your life experience was also explored in the 2004 sci-fi film The Final Cut, which I like, if only because it stars Robin Williams. While we are nowhere close to achieving implants that record subjective experience, we do carry around records of our lives with us wherever we go. I’m talking, of course, about the feeds on our smartphones. Our devices pester us with “memories” of what we were doing one, two, or ten years ago, and scrolling through our social media profiles and chat histories reveals a lot about who we are and what we’ve been up to. Show me that phone in your pocket, baby!

S2: E1 Be Right Back: A woman purchases an android replica of her deceased husband, crafted to look just like him, with a personality created by scrubbing his online profile. We certainly don’t have anything like natural-looking humanoid autonomous robots; at best we have utilitarian bipedal bots, and human-like robots that are deep in the uncanny valley. But we do have the ability to digitally recreate people! Deepfake technology, using artificial intelligence, can create passable images, videos, and even audio imitating a specific person. The potential for abuse and fraud is frightening. And AI models can be trained to mimic individuals, just by interviewing them for a couple of hours. So you could clone your loved ones, if only in text conversation form.

S3: E1 Nosedive: A young woman’s social climbing aspirations are thwarted when her social rating plummets in a spiralling series of mishaps. How do you think you would rate on a 5-star scale if everyone around you constantly rated you and the ratings averaged out? Think you would get into the high 4s because of how awesome you are, or get stuck in the mid-3s because you’re basic? You probably wouldn’t act like a jerk all the time and let yourself sink below a 3 – like what happens to the main character in this episode. Luckily, you don’t have to worry about the value of your social rating – unless, that is, you live in China. In China, the government has implemented a social credit system that monitors its citizens, and yeah, your social credit rating affects things like what housing and services you have access to, and where you can travel. Think about that the next time you use an app that hosts its servers there.

S3: E4 San Junipero: A dying woman explores a simulated reality where she can exist after death, in a kind of virtual afterlife. This is actually one my favorite episodes, because of its poignant love story and its 1980s nostalgia. But I don’t have a match for it in real life, because I don’t believe that it’s premise is at all realistic. It is not possible to “transfer” consciousness because consciousness is not a property of the human brain that can be extracted or copied – it is the fundamental ground of reality within which our brains and minds exist. This is a philosophical point which I bring up because so many Black Mirror episodes feature consciousness created by simulation and that is just not a thing. But those episodes are fun, because sci-fi is still fun even when it’s way off the mark. Also, if you like this premise, you might enjoy the show Upload on Amazon Prime Video.

S3: E6 Hated in the Nation: A disgruntled tech guy programs a bunch of miniature robot bugs to fly around and kill targeted people using facial recognition technology. This is a scary one to have come true, and I’m afraid I have to report that it has. The Israeli army has been using artificial intelligence and machine learning to build target lists of Gazans who are deemed likely to be Hamas operatives, and then using those lists to direct their bombing campaigns. The project pre-dates October 7, but it has been used extensively in the current Gazan war. The algorithm is fed all kinds of data, not facial images, and the Israeli strikes aren’t as precise as killer bees, but the carnage is just the same.

S4: E5 Metalhead: A small group of possibly burglars encounters a robot guard dog at a warehouse and are relentlessly hunted down by it. You might have heard of Ukraine’s extensive use of drones in their current defensive war against the Russian invaders. There was actually a battle in which the Ukrainians used exclusively robotic and unmanned equipment, meaning not a single one of their personnel was at risk. This is the future of warfare right here, so you probably won’t have to worry about the draft coming for your boys – so long as you’re not from Russia or North Korea.

Her

Her is a  Spike Jonze film from 2013 about a man who develops a relationship with an artificial intelligence, inspired by the AI chat technology that existed then. Now, the ability to have a text conversation with a computer program actually goes way back. A chatbot called ELIZA was created in the 1960s, intended to simulate a therapist, and is famously the first program to be able to attempt the Turing test. In the movie Her, the main character falls in love with the AI, whom we presume by the film’s premise is an actual sentient being. Real life AI chatbots are not sentient; rather, they are computationally intensive algorithms that regurgitate passably human conversation, and may well be able to pass the Turing test. And – here’s the tie-in – you can have one for a girlfriend or a boyfriend if you’d like, thanks to a plethora of sites that offer that as a service. I am not comfortable linking to any of these sites, but a web search will quickly uncover them.

Minority Report

In the 2002 film Minority Report, based on a Philip K. Dick story, a “Precrime” police department uses precognitive psychics to identify crimes just before they happen, then intercedes and arrests the soon-to-be perpetrators before the crimes actually occur. It’s an interesting premise that raises legal and moral questions, which we probably won’t have to deal with since we don’t have reliable psychics to work with in our world. But wait – we do have AI, and wouldn’t you know it, they’re working on using it to predict when crimes could be imminent, based on behavioral and environmental factors. You could also think of this trend as yet another job (security guard) eventually being replaced by AI.

The Peripheral

In this book by cyberpunk pioneer William Gibson, sinister corporate powers from a far future use a kind of time travel to influence a near-future timeline for their own nefarious purposes. The book inspired a TV series that is only kind of faithful to the story, and doesn’t quite capture the enormity of what they are doing (maybe just because it was canceled after one season). When these time meddlers influence the past, they create a branching timeline, and so are unaffected in their own timeline by what they do. They use their advanced knowledge and tech to wreak havoc on the world economy, essentially crashing civilization in an alternate reality just for a small advantage in their own reality. Wait – does that sound anything like what’s going on now with Musk and DOGE? Could he be from another timeline? Yikes! This post for entertainment purposes only.

Book Review: The Great Leveler

Book Review: The Great Leveler

I recently read The Great Leveler by Walter Scheidel, an academic historian and social scientist. This is a book about the rise of inequality in human society, and about the ways in which it has been reduced historically – which is, unfortunately, always through mass violence. The book appeared on my radar because it comes up in generational theory discussions online, and in fact is referenced in Neil Howe’s book, The Fourth Turning Is Here (I should know, as I worked on the bibliography and end notes). I was curious to learn how Scheidel’s study might relate to the historical cycles in generational theory. A big open question is: now that we are in a Fourth Turning, or Crisis Era, is some kind of leveling event on the horizon?

First, a review of the book.


Scheidel identifies four different kinds of violent ruptures which reduce inequality, and calls them the “Four Horsemen of Leveling.” They are: mass mobilization warfare, transformative revolution, state failure, and lethal pandemics. In his book, each horseman gets its own section with a few chapters. There’s also a section introducing the concept of inequality, and some final sections of analysis, plus a technical appendix.

This book is a heavy read, written with academic precision. Scheidel wastes no words, such that each of his paragraphs is replete with meaning. Sometimes I had to reread them to be sure I had caught every nuance. Nonetheless, his writing style is engaging enough that it carried me through the over 400 pages of detailed historical analysis. I was never bored, in other words.

The scope of Scheidel’s analysis is all of human history, and he even speculates on inequality in prehistory (he argues that it can be measured using burial sites, with evident nutritional health as a proxy for wealth and status). His overall conclusion about wealth and income inequality is that it is always present to some degree, and always grows in any stable and economically complex society. Basically, once you get civilization, with its ability to generate surplus wealth, an elite class will inevitably emerge, claim an unequal proportion of that wealth, and tenaciously hold onto it.

As he goes through the “horsemen of leveling” in each of their sections, Scheidel looks at specific occurrences across the world and the centuries, going into detail of just what they accomplished as they trampled through history. He uses a variety of measures of inequality, including the well known Gini coefficient, and proportions of wealth owned by the upper economic classes. A generous supply of charts and graphs complement the text.

Scheidel acknowledges that for much of the historical past, there is limited data with which to work. It’s easier to look at the modern period, with its ample records generated by the fiscal administrative state. So, for the distant past, much of his analysis is speculative. This is a common enough problem when historians attempt to apply a thesis across the entire breadth of human history.

One thing that is striking about Scheidel’s review of history vis-à-vis inequality is how rare leveling events of any significance are. This is the reason, I suppose, for the persevering aptness of the saying “the rich get richer and the poor get poorer.” In one graph of the long term trend for Europe – covering the past two millennia – there are only three events that produce significant, persistent leveling: the collapse of the Roman Empire, the “Black Death” bubonic plague pandemic of the late Middle Ages, and the so-called “Great Compression” that occurred in the World War era and birthed the modern-day middle class (now eroding away as inequality reasserts itself).

Those events cover three of the four horsemen. The fourth, transformative revolution, manifested in the Communist Revolutions in Russia and China in the first half of the twentieth century. But these also are distinct and rare examples where an event (revolution) produced persistent leveling. Notably, the American and French revolutions of the late eighteenth century did not. Scheidel argues that this is because effecting significant transformative change required the vast industrial economies of modern times, which earlier revolts and revolutions lacked.

In addition to mass violence events that persistently reduce inequality being rare, it is also the case that inequality eventually returns, as societies stabilize upon recovering from these events. This has been the story of the latter decades of the postwar era in which we currently live, during which all the leveling caused by the World Wars has pretty much reversed, and inequality is returning to what it was in the Gilded Age.

In the last chapters of the book, Scheidel examines the potential leveling effect from factors other than mass violence, such as progressive tax structures or social welfare, and concludes that they have only modest impact. He also speculates on the possibility of the horsemen returning, suggesting that this is unlikely. Modern civilization is complex and robust, with little chance of systemic collapse or revolution from below. Warfare has become hi-tech, precluding the need for mass mobilization. And with modern medicine, even plague has lost its power, as we saw with the Covid pandemic (which happened after the book’s publication).

It would seem that the only potential mass violence event that could erase inequality in our near future would be an all-out global thermonuclear war. As with historical instances of far-reaching violent ruptures, this would achieve leveling simply by destroying vast amounts of property and killing vast numbers of people. One must wonder, then, if inequality isn’t tolerable, given the drastically negative alternative. This is a somewhat depressing conclusion, which even the author himself acknowledges.

If there is any glimmer of hope in this book, it lies buried in the statistics. Redistributive policies are shown to have a greater effect on inequality of disposable income than on inequality of market income. In other words, they ease the burden of the cost of living, even if they can’t stop elites in the upper brackets from hoarding wealth in nominal terms. Better to have inequality but without immiseration, if nothing else.

In the appendix, there is some technical discusssion about a measurement called the “extraction rate.” This is Gini divided by its maximum possible value, and thus a measure of how close a society is to achieving maximum possible inequality. What is found is that the rate gets close to 100% in simpler, pre-modern societies, but that it is attenuated in the modern age, with its more complex economies and its higher expectations of what constitutes an acceptable quality of life.

The attenuation of the extraction rate is the one way that economic development and growth could be said to be a “rising tide that lifts all boats,” even though the wealthy benefit far more from a stable, growing society than the rest of us do. Yes, we ordinary folks are peasants compared to the likes of Elon Musk, but we still enjoy a standard of living that is much better than that of most of humanity that came before us. For that, I suppose, we should be grateful, and not be wishing for the return of the horsemen and some sort of disruptive leveling event.

Unless, of course, you’re eager to scrabble for survival in a post-apocalyptic radioactive wasteland.


Next, some more thoughts on Scheidel’s study, including how it relates to the question I posed above about the Fourth Turning.

In his introduction, Scheidel emphasizes that his thesis is that mass violence events reduce inequality, not that inequality necessarily leads to mass violence. And while he doesn’t mention it in the introduction, it emerges later in the text that mass violence isn’t guaranteed to lead to leveling – it’s just that when leveling occurs, it is always because of a preceding mass violence event. These are important logical distinctions!

Turnings theory predicts that there will be some kind of disruption at the end of the saecular cycle, based on generational drivers. While this doesn’t have to involve mass violence, the likelihood of that occurring does increase in the Fourth and final Turning of the cycle. That’s because, in the Fourth Turning, society acts with a sense of urgency in the face of the problems that beset it, and is open to drastic action.

It could be the case that wealth inequality is one of these problems, but it could be something else instead. So Turnings theory is in accord with Scheidel: inequality per se is not necessarily what will lead to drastic social action, which might include mass violence. Though one could argue that even if wealth inequality isn’t a proximate cause of social upheaval, it could be an ultimate cause, through its relation to other social factors – for example, through its corrosive effect on social trust, making it easier for leaders to foment division. In other words, inequality could be understood as symptomatic of a general break down of the social order.

When we look at historical Fourth Turnings, the event that seems most like a social crisis precipitated by inequality is the French Revolution. But here, Scheidel is clear in his analysis. However historically momentous the event might have been, it didn’t have much effect on wealth inequality. I have written about the French Revolution before, in another book review. What I learned from the book I read is that the impetus for the Revolution was not merely that the poor peasantry of France was oppressed; there was a drive for change up and down the social scale, coming out of the political philosophies of the Enlightenment. It was a transformative revolution, no doubt, but it wasn’t a leveling event.

The point is, the cataclysmic events of a Fourth Turning will certainly transform the civic order, but there is no guarantee that this will result in a more equal society afterwards. Take the American Civil War – arguably the most destructive war the U.S. has fought, certainly so if measured strictly by total casualties. Afterwards came the Gilded Age, renowned for its wealth inequality. While the Civil War was in some ways a modern war of mass mobilization, featuring conscription and industrial-scale combat, in its outcome it was more like a traditional war where one elite (Northern industrialists) becomes enriched at the expense of another (Southern planters). This is Scheidel’s conclusion, anyway.

Scheidel might dismiss events like the American Revoluition or American Civil War for not meeting the criteria to be considered “great levelers,” but in my opinion this simply exposes a limitation of his approach. These were clearly hugely signicifant events historically, because they transformed the political order, indeed the very identity of the nation. But this can’t be captured by measuring income and wealth shares and ratios. Those graphs might look pretty steady within the timeframe of these events, but that’s because they simply measure a material fact, whereas human history and the human experience are more than a material phenomenon. They involve ideas and passions, which are never going to be visible in a coefficient based on monetary values.

Now, in the World War era, when mass mobilization warfare did achieve leveling, it was in part because of the accompanying physical destruction and the ruination of elites, but also because mobilizing the masses required elevating them materially. It wasn’t strictly the violence of war that produced leveling; it was to a great degree the policies that came about because of the needs of war. For example, the Japanese government enforced high rates of taxation to support their war effort, effectively redistributing wealth from the very rich. Non-belligerents in both world wars (such as Switzerland and Sweden) were affected by the need to mobilize and experienced leveling, even though they didn’t fight. Democratization, unionization, and the social welfare state all came out of mass mobilization for the world wars.

This observation reminds me of the famous essay by William James, The Moral Equivalent of War, written just before World War I. James gets that war, while brutal and atrocious, also galvanizes a society toward achieving a common purpose. He speculates on whether it would be possible to harness that dynamic to some purpose other than militaristic destruction; he suggests infrastructure-building projects (he calls it an “army enlisted against Nature“). Interestingly, his idea aniticpated the organized labor corps of the later New Deal era in the United States.

Could something like that be done today, so we don’t have to start World War III just to get to another Golden Age? What William James misses in his essay is that in order to muster the social will to fight a war, or its equivalent, there has to be a sense of emergency – a sense that the nation faces high stakes. This was provided in the 1930s by the Great Depression and the rise of the Axis powers. What could provide it today – and what could provide a sense of emergency that’s not a military conflict? Climate change, maybe? There is not a good record of a society-wide willingness to face the realities of climate change, but here Nature might force our hand.

To conclude, and reiterate points already made, Turnings theory and Scheidel’s study of economic leveling teach some of the same lessons. While it is true that crisis conflicts involving mass violence can result in a more economically equal society, there is no guarantee that they will. Nor is there any reason to predict that the social tensions created by inequality will necessarily lead to violence, and given the former lesson, it’s hardly something to wish for.

One last point. In Scheidel’s first chapters, where he discusses inequality in general, it’s notable that he argues that the tendency for a stable society to gravitate towards states of material inequality is not tied to any particular economic system. In other words, it’s not specifically a fault with free-market capitalism, our current system. It’s a fault with human nature, and all civilized societies face the issue.

That’s not to say we shouldn’t critique capitalism, just that we can’t exclusively blame it for inequality and expect that jettisoning it as a system (were that even possible) would lead to a more equal society. The lessons of the Communist revolutions are plain. I do think that baking wealth redistribution into a market-capitalist system makes sense, as argued earlier, because it improves quality of life for the masses, even as the Gini curve keeps pushing the asymptote toward the maximum possible extraction rate. In my mind, that’s a good reason to continue supporting progressive causes, rather than simply hoping that the cycles of history will take care of our problems for us.


An abridged version of this post appears as my review of the book on goodreads.

Oh, I Will Finish All these Books

Oh, I Will Finish All these Books

I love to read books, which you might have figured out about me if you are familiar with this blog. I typically I am in the middle of mutliple books at once, reading each one in bits and pieces, so to speak. It can take me a long time to get through a book at this rate, but as long as it is well written I can pick it up even if I have left off of it for awhile. I have sometimes spent a year or two to finish reading a book. Taking notes helps with retaining comprehension, and also with the review that I will eventually write on goodreads, where I’ve been tracking my reading since 2019.

I read multiple books at once because I like to be reading books in different genres simultaneously, for example a work of fiction and a short work of popular history, and then also a heavier history book that will take longer to get through. It also happens because as I read a book, I get drawn into the subject matter, and then want to read other related books in my reading list.

For example, I was interested in brushing up my knowledge of the medieval period, so I started a book I had picked up at a thrift store, Life in a Medieval Village. But I also had a biography of Eleanor of Aquitaine I had acquired around the same time, and was intrigued to compare and contrast the villagers’ lives with that of a powerful noblewoman. But then while reading about Eleanor I learned that she was a patroness of Marie of France, famous for her poetic lais, so then I broke out my copy of The Lais of Marie de France to brush up on those.

What have I done? How am I ever going to finish my 2024 reading challenge now if I am always starting new books?

So you understand what I’ve gotten myself into, I’ve posted a screenshot of what I am currently reading above. It’s from the sidebar of this blog, but I gave a screenshot since the dear reader could be looking at this post at any time, long after I’ve finished the books pictured. I will finish them all! Maybe not by the end of the year, though.

Are We at the End of Time *Already*?

Are We at the End of Time *Already*?

I stole this off a book cover because I liked the art – just like generative AI does

There is this really cool sci-fi trilogy written by Michael Moorcock, called The Dancers at the End of Time, which takes place far, far in the future (warning: mild spoilers ahead). Human technology has advanced to the level implied by Arthur C. Clarke’s famous dictum, “any sufficiently advanced technology is indistinguishable from magic.” There aren’t many people left on Earth, but those people live like gods. They wear power rings attuned to their minds, and can alter the physical world in any way they want with a thought.

The rings they wear tap into these huge machines in the center of the planet that draw on vast energy sources. It’s like the matter replicators from Star Trek, but on a planetary scale. Sometimes the machines generate images instead of actual matter, like the Star Trek holodeck on a planetary scale. I suppose this is to conserve energy.

So for example someone in this distant future might decide they want to live in a fancy castle, and then just dream it up, and the machines will make it for them. They can create any kind of landscape around it, maybe a lake of rainbow colored water with crystal mountains all around – why not? They can change the color of the sky and add a few moons. If they get bored with their castle and landscape, they can disintegrate it and imagine up a new one. All with a wave of the hand.

The denizens of the end of time are a frivolous and wanton people. After all, their tech level makes them immune to any consequences for their actions. They can’t even die; if they do, the machines recreate them from backup information. Their existences are pure recreation and socializing in a world where everyone lives like an insanely wealthy elite.

How is this matter-altering technology even possible? That is irrelevant to the story, which is an exploration of morality and its connection to the material limitations of existence. At least, that’s what I got out of the trilogy. It’s been ages since I read it, but I’ve been reminded of it lately when reading about the technology of our time.

You see, as part of the plot in the sci-fi books, aliens come to Earth to ask the humans to kindly stop their machines, because as it turns out their energy source is wormholes to the far reaches of space, and they are using so much energy that they are accelerating the end of the Universe. Humanity is sucking the cosmos dry just to have fun. Naturally, the humans brush the E.T.s off and continue with their careless lifestyle.

This is kind of happening already, here in the real world of actual technology. The advent of digital cryptocurrencies has incentivized computationally-intensive processes which require huge amounts of electricity. For example, one estimate is that a single bitcoin transaction uses as much power as it takes to run a household for 36 hours. Generative AI, which for whatever reason has been integrated into every major platform on the Internet, is also a significant consumer of power and has a major environmental impact.

Yes, we are accelarating climate change and causing lasting environmental damage, just for a little amusement. It’s a similar story to the one in the sci-fi books. We’re not destroying the whole Universe with our latest and greatest Internet technology, just the planet. But that’s all the Universe we realistically have, so it amounts to the same thing, from the perspective of our puny civilization.

We didn’t get to the stage of mastery of the physical laws of the Universe so we could live like gods, but a few of us got rich from speculative bubbles and we generated massive amounts of creepy images and canned text. All while cooking the Earth dry. It’s really quite pathetic.

If we keep it up, we just might reach the end of time.

I mean our time, on Earth.

Evolution within Consciousness

Evolution within Consciousness

In my previous post in honor of the late philosopher of the mind and consciousness, Daniel Dennett, I mentioned that I would post a follow up. This post relates to a different philosophy of consciousness, from a different philospher, one where consciousness is considered to be fundamental and all phenomena to arise within it, rather than for it to be a trait that emerges out of material interactions in the brain. So the brain and the mind exist within consciouness, not the other way around.

That philosopher is Amit Goswami, and I have long been a proponent of his model, since reading his seminal book The Self-Aware Universe at the advice of an old friend. I’ve read and re-read most of his books, and having just completed my second or third read of his book on evolution, I am just going to post my goodreads review of it here. I hope it makes sense, and makes his arguments and line of thinking clear.

In this 2008 book, Amit Goswami applies his theoretical framework of science within consciousness to biological evolution and the origins of life. His hope is to reconcile creationism with evolution, in accord with his greater goal of reconciling science with spirituality. For the first time in this body of work, he repeatedly uses the term “God” (this book was published in the same year as another of his books, “God Is Not Dead”). He defines God as “objective cosmic consciousness” – unitive consciousness as the ground of all being.

He frames the problem of creationism vs. Darwinism as one of conflicting worldviews, both of which are ultimately untenable. The simplistic model of creationism is clearly contradicted by real world data, but the Darwinist model of random mutation and natural selection is also unable to explain much of what is observable about life. For example, it cannot explain life’s purposiveness, or the biological arrow of time with its progression from simpler to more complex life forms. Nor can it explain the subjective feeling of being alive.

The problem is basing science on a reductionist materialist ontology; this makes it impossible to explain subjective qualia of experience without running into paradoxes. In addition, with Darwinism, everything must arise from chance and necessity, so the theory runs afoul of huge improbabilities. How can organic molecules arrange themselves into complex life forms by chance alone? The doctrine of natural selection is inadequate because it too is paradoxical – it declares “survival of the fittest” but then defines “fittest” as that which survives. This is circular reasoning which fails to address the fundamental question – why survive at all?

Something is lacking in the materialist worldview on which Darwinism is based, and Goswami’s proposition is that what is missing is the idea of the universe arising within consciousness as a consequence of self-referential quantum measurement. Such a measurement can arise when there is a “tangled hierarchy,” where cause and effect are intertwined. This is a key concept in Goswami’s theory, an idea you may have already encountered in the work of Douglas Hofstadter. An example from biology is how DNA encodes for proteins but proteins are used to replicate DNA. Which comes first, if each depends on the other? Clearly the whole living system must arise as one.

In Goswami’s model this happens because consciousness itself – the ground of all being – actualizes the living system in manifest reality out of the myriad quantum possibilities available at the microscopic level. In other words, the biological complexity evolves in the uncollapsed wave function, unrestricted by the laws of entropy which make its manifestation via material interactions alone so unlikely. When the gestalt of a functioning living system is available in possibility, consciousness collapses the wave function into that state in a self-referential measurement, actualizing the living entity and identifying with it in the process. Thus arises a sense of self, an experience of being separate from the world. This explains the subjective feeling of being alive, and why life forms have a drive to survive.

Quantum measurement alone is not enough to explain how a life form can exist; somehow consciousness must be able to recognize the proper arrangement of biological matter to represent a living function. This is where Goswami reintroduces his idea of subtle bodies and psychophysical parallelism – consciousness simultaneously collapses correlated physical and vital bodies, with the vital body acting as a blueprint so that consciousness can recognize the possibilities of life available to be represented in material form. Our experience of feeling is the manifestation of this vital body.

Similarly, as evolution progresses up the Great Chain of Being, a mental body, correlated with our biological brain, gives us our experience of thought. Goswami explains how perception manifests from mental image representation in the brain. He presents an intriguing road map of the evolution of mind which is similar to that espoused by Ken Wilber, whom Goswami has referenced in earlier works. He suggests some tantalizing possibilities for future evolution, and also speculates that as a species humanity is stuck evolutionarily because we have not integrated our emotional and rational minds. He offers some ideas of how we could overcome this blocker.

Goswami’s thinking is unconventional, but it does connect physics and biology with spirituality using a consciousness-based resolution to the measurement problem in quantum mechanics. He postulates an objective cosmic consciousness as the equivalent of what religions call “God,” which fosters creativity in the manifest physical world with the aid of archetypes of form. He also postulates subtle bodies which exist in parallel with our material body, which give us our inner experience of being alive, of having feelings and a mind. This is what religions call our “soul.” This is an idealist as oppososed to a materialist science, akin to the idealism of Plato, and it does indeed reconcile the idea of a creator God with the nitty gritty of the physical sciences.

I’ve written a super long review here, the longest of mine yet for any of Amit Goswami’s books. Goswami’s ideas make sense to me, and I find his philosophy satisfying. I hope I have summarized his arguments here accurately and in a way that motivates the reader to check out this book, or any of his others. I recommend starting with “The Self Aware Universe”.

Saying Goodbye to an Eminent Philosopher

Saying Goodbye to an Eminent Philosopher

Dennett’s books among some others in my collection.

One of the great philosophers of our time just passed away recently. His name was Daniel Dennett, and he was a cognitive scientist and researcher into the philosophy of mind. He was famously an atheist and a proponent of Darwinist evolutionary biology. I have read a few of his books, and have them on my bookshelf in my curated collection of what I think are among the best or most important books on the philosophy of mind and the meaning of life. Probably Dennett’s best known works are Darwin’s Dangerous Idea and Consciousness Explained, the latter of which lays out his understanding of what consciousness is.

He was a proponent of the Darwinist idea of traits arising through natural selection because of their adaptiveness, with consciousness being just one more trait that an organism can have. In his view, consciousness was something like an illusory experience that gives us a summary view of reality to help us get along, arising out of the interacting neurons in the brain. He was a materialist who believed that to study consciousness, you have to look in the brain, its ultimate cause. Below is an interview that will give you an idea of his train of thought.

I have great respect for Daniel Dennett, and admired his gentle and humane nature, and his deep thinking. I really appreciated that he ascribed consciousness to non-human animals, at least those with more advanced brains, and believed consequently that their suffering was real and we should take it seriously.

But I don’t agree with his philosophy. I think that with a materialist, upward causation model, you run into paradoxes when trying to explain consciousness. You can see what I mean if you watch the interview, where Dennett describes how human consciousness is more advanced than animal consciousness because our neurons have representations not just of our sensory data but also of the representations themselves. Layers upon layers. But how do you get to the actual meaning that is being represented; do you just add layers ad infinitum? The subjective experience of meaning is not explained.

I am a proponent of the ideas of a different philosopher, Amit Goswami, of whom I’ve written on this blog before. He has a better model, an idealist one, which puts consciousness ahead of matter instead of the other way around. It’s not a question of mind over matter or of matter over mind when both exist within fundamental consciousness. As the Beatles put it, “it’s all within yourself.” I have a follow up post based on one of his books, which will describe a different way of thinking about the evolution of the human mind.

But I give Dennett his due, as he was a great and wise thinker. I end this post with a link to a full-length album of avant-garde music featuring sampling from one of his lectures. Rest in Peace, o noble born.

How We Got Agile: An Origin Story

How We Got Agile: An Origin Story

My old copy of “the mythical man-month”

When I was a young man, a college student in the Computer Science program at Virginia Polytechnic Institute, we were assigned a book to read. It was called The Mythical Man-Month, by Frederick P. Brooks, Jr., and I still have my copy from the 1980s. The point of the book, which you might be able to glean from the title, is that you can’t simply measure work effort in “man-months,” on a scale such that you could conceivably get more work done by adding more people to a project. As an example, you couldn’t say that a project has a work effort of 120 man-months, meaning that with 10 men it will take 12 months to finish, and therefore with 20 men it will be done in 6 months.

If you had 10 men working on this hypothetical project, and added 10 more, you would not find that it completed 6 months sooner. It would, in fact, take longer than 12 months. The problem is, as you add more men (people) to a project, you need time to get new hires ramped up to where they understand the project well enough to be productive. You also multiply the lines of communication, which generates additional overhead keeping everyone in sync on specific information needed to make interacting components work together. In engineering, these pieces of information are called “specifications,” and they have to be tracked somehow. If you add more people to a technical project, you add more tracking effort. These complications are summarized in Brook’s law: “Adding manpower to a late software project makes it later”.

As a software engineer in the early 21st century, it fascinates me to read the author’s description of how specifications were tracked on the project he worked on – the IBM System/360 – in the 1950s and 60s. They had huge manuals kept in binders, and as changes were made, the responsible engineers would have to go in to the binders and update the appropriate pages – that is, take out the old pages and insert the new ones with the changed specs. This manual was the Bible of the system, and keeping it up to date was abolutely vital to the success of the project.

Modern day software engineers like me are not used to such meticulously maintained documentation. We consider ourselves lucky if there is any documentation at all for the software on which we are working. You’d think it would be easier, now that everything can be done online, but projects move too fast and the people working on them move around too much. No one is necessarily going to stay on top of documentation, and so long as software works as expected, that’s fine. It’s when it doesn’t work that you run into trouble.

Because personnel move around so frequently in the modern workforce, there is rarely anyone working on a software program who was there when it was originally programmed. But programmers still need to maintain it. Sometimes we are given requirements to modify existing software that has no documentation, with no one around who knows anything about it, and the only way to achieve that goal is through “reverse engineering.” This means poring over old code and documenting it from scratch, which is very time consuming. This underscores the point about the man-month: you can’t just insert a person into a project and expect them to get as much done in a given amount of time as a previous person on the project did. Certainly not if they are going to be reverse engineering the previous person’s work.

Since the start of the personal computing era and the long economic boom of the late 20th and early 21st centuries, computer software has been advancing at a faster pace than it did when Frederick P. Brooks worked as an engineer at IBM. The workforce has changed as well, with employees typically job hopping every few years, and often working as contractors through agencies rather than directly for the client that owns the software they are developing. So how do the software engineers of my generation handle project management in such a chaotic work environment?

The answer is “Agile” methodology, which came about around the start of this century. Agile is a lean or lightweight software development method that emphasizes individuals collaborating over plans and processes, and defines good software as software that works, not necessarily software that is well documented. At least, that’s the declaration in a famous “Manifesto for Agile Software Development” that was published in 2001.

The idea is that “Agile” is a mindset where you are focused as a team on communication and collaboration, continuous improvement, and responsiveness to change. In practice, it means breaking up the project work into short iterations called “sprints,” which typically last two weeks. Everyone’s tasks for the sprint are things that shouldn’t take more than a couple of weeks to finish. So right there the idea of a “man-month” is out; no one would work on one thing for a whole month!

Breaking the project work into chunks like this makes it easier to show progress, and to evaluate how effective the team is from sprint to sprint, and change processes and workflows as needed. It also makes it easier to accomodate personnel shifting around from project to project. It’s a way of coping with today’s volatile workplace, which makes long term planning harder to achieve. A whole panoply of “frameworks” and “ceremonies” has developed around the original concept since it was first elucidated.

If you are in a white collar profession (not even necessarily Information Technology) you might have experience with Agile-related frameworks in your career. I was first exposed to Agile in the late 2000s, and have been at positions where it is used comprehensively since 2018. Every company does it a little differently, but I have always found it to be a useful way to structure project work.

The way I see it, Agile came about because a new generation of software engineers needed to adapt to a faster pace of work than what the generation of Frederick P. Brooks experienced in their careers. They needed to find their own solution to the problem of how to get people to work effectively when they are added, out of the blue, to a new project. If you look at the signatories of the 2001 Agile Manifesto, you will see that they are almost entirely Baby Boomers and Gen Xers. Today’s Millennials and Gen Zers in the IT workforce have possibly never worked on a project that wasn’t using Agile.

I’ll have more to say about the different generations and Agile in a future post.

A Gen X Life Story

A Gen X Life Story

As the girl and I headed off to our 40th high school reunion at the end of last month, I needed a book to read on the trip. I picked The Gen X Girl’s Journal by Kari Thorsdottir, which had been on my reading list for a while. It seemed appropriate since we are both Gen Xers, born around the same time as the book’s author. Based on the book’s cover, I expected something like a memoir about the Gen X young adult experience, full of trenchant social observations and pop culture trivia. That’s what you expect from my generation.

What I got instead was a novel that very directly and subjectively describes the life of a woman named Annika, from her freshman year in college in 1985 all the way to current times, ending in the year 2019. It is somewhat of a conventional life – Annika joins a sorority in college, graduates into a white collar career, marries and has two sons, and struggles with balancing family life and work life. There are a couple of story arcs that achieve closure by the end of the book, which finishes with her 30th year college reunion, but for the most part the narrative just goes through the paces of an ordinary life, up until middle age.

The writing lacks literary embellishment, simply describing events and the characters’ thoughts and emotions from a third person perspective. It sometimes dwells on specific events, and at other times skips years in a single paragraph, reflecting how we typically recall our lives. Some moments stick with us, even as the years fly by.

I enjoyed the read, even though the story is so basic. I mean, I’ve read other memoirs of Gen X women born around the same time as me. Some have led more interesting lives, like commercial jet pilot Laura Savino; while others, such as professional writer Sari Botton, write with more literary flair. But in its unassuming way, Kari Thorsdottir’s book drew me into Annika’s personal experience, with all the intimacy of a journal or diary. I couldn’t help but wonder if it was based on the author’s own life, even though it purports to be a work of fiction.

As was the case with the other memoirs by Gen X women that I have read, I found that despite the significant differences that come with being a man, I still recognized and could easily empathize with Annika’s life experiences. She tread territory that was familiar to me, since she was born at the same time as me. That’s what it means to belong to the same generation; you share the same course through history. Anyone from my generation – man or woman – could easily see a part of themselves in Annika. And anyone from any generation would gain a better understanding of the Gen X life course by reading this book.

Here is the author’s link tree if you want to get a copy- https://linktr.ee/genxgirlsjournal

Syncing up the Book Reviews

Syncing up the Book Reviews

I joined goodreads a while back, but it was after I started this blog. Since I joined goodreads, I’ve been reviewing every book I read on that site. But since I’ve reviewed books on this blog as well, and some of those were done before I was on goodreads, I realized that this blog and goodreads are not in perfect sync.

My OCD couldn’t handle this, so I paraphrased my blog reviews on goodreads for all the missing books, to plug in the gaps. Is there any point to this? Just me obsessing on feedbacking my life experience into the Internet, which is, after all, going to outlive me. The Internet is where our civilization is containerized, consumed, digested and stored for future use, for at least the intelligent reasoning and meaning processing aspect of civilization that Pierre Teilhard de Chardin called the noosphere.

Here’s a list of the book reviews that were added to my little ecosystem in the noosphere, where my thoughts may or may not add value to mental reality:

Memoir of a Millennial Childhood

Memoir of a Millennial Childhood

I recently finished this coming of age memoir, by Emi Nietfeld, a young woman born in the early 1990s. It was a fascinating read for me, since we have had such different lives, being a generation apart in age. I have read memoirs by women of my own generation, born around the same time as me, and honestly I recognize much of my own experience in what they recount. But not so much with this one.

Here is my review on goodreads:

A frank, revealing, and often harrowing coming of age memoir by a young woman, structured around her college admissions experience. The author comes from a disadvantaged background, facing many difficult constraints, including treatment for mental illness. In her mind, college represents an escape to a better future, but she becomes disillusioned when she realizes she must disguise her past in order to receive the acceptance she craves. I found this a fascinating read, since Emi Nietfeld’s life experience is so far removed from mine. I am from an older generation, and male, as well as having had a fairly ordinary family as a child. I did recognize in Nietfeld’s memoirs what I understand to be common themes for Millennial girls growing up: intense pressure to achieve and conform, confrontations with stubbornly dysfunctional adult institutions, and a panoply of self-destructive behaviors for stress release. I very much appreciate her openness and honesty describing her experience, which she does skillfully and even with a little humour, where she can find it. An eye-opening read and highly recommended.

As a long time student of generations, I have read a lot about the Millennial childhood experience, but of course that does not compare to actually living it. The closest I could come to that is, well, reading a memoir such as this one. I really was struck by how much the author’s experience aligned with what generational theory has to say about the Millennial peer personality, particularly the traits of: pressured, achieving, and conventional, if not so much sheltered *, since she had a tough family situation.

Nietfeld overcame the difficulties of her background, or at the very least made it out of childhood and into therapy, as she relates in her epilogue. She is active online, and you should easily be able to find her on social media, where she advocates for reforming institutions to better serve the needs of “troubled kids” in circumstances like the ones she faced. In particular, she is against the idea that a difficult childhood should be tolerated, or even accepted, as a means for someone to develop “grit” or “resilience” and emerge as a stronger person.

To me, this really stands out as a turning away from the attitude of my generation – Gen X. We believed that no one would look out for us, and that it was indeed up to us to develop the inner strength to withstand whatever abuses the world hurled at us. Emi Nietfeld’s response – that we should fix institutions to make them work, rather than avoid them as inherently unworkable – is the surest sign that she is a member of the Millennial generation.

*for more on the peer personality traits of Millennials growing up, see the book Millennials Rising by Neil Howe and William Strauss