第1章
The Internet's Broken Promise: A Digital Illusion Unraveled
When Mark Zuckerberg proclaimed that Facebook would "bring the world closer together," he unwittingly joined a lineage of technological utopians stretching back to the 17th century. Today, as we scroll through feeds designed to maximize our engagement rather than our enlightenment, the grand promise of digital connection has revealed its darker reality. The internet-once heralded as humanity's greatest unifying force-has instead become a powerful engine for social fragmentation, disinformation, and surveillance.
Justin Smith's provocative exploration arrives at a critical moment in our digital evolution. As a philosopher with deep expertise in both historical and contemporary thought, Smith has crafted what The New York Times called "a refreshingly heretical analysis" of our relationship with technology. The book has gained particular resonance among tech industry insiders, with several Silicon Valley executives privately acknowledging its uncomfortable truths about the systems they've helped create.
Rather than offering another apocalyptic warning about AI overlords or nostalgic plea for digital detox, Smith takes us on a journey through the surprisingly ancient roots of our modern technological predicament. By understanding the internet not as a revolutionary break from the past but as the latest manifestation of age-old human impulses, we might finally see our digital landscape with clear eyes-and imagine better possibilities for its future.
第2章
The Attention Economy's Unprecedented Extraction
We've entered a revolutionary economic era unlike anything in human history. The world's largest companies no longer primarily extract physical resources from the earth but instead harvest something far more intimate: human attention itself. This attention-seeking industry has become our dominant economic force, with tech giants like Meta, Google, and TikTok growing exponentially by promising clients the fleeting focus of billions of users. Companies that once made their fortunes from oil, steel, or retail now pale in comparison to those trafficking in clicks, views, and engagement metrics.
What makes this truly revolutionary is how we've become both consumers and consumed-"data-cows" valuable not for traditional labor but for the information extracted about our identities, behaviors, thoughts, and fears. While we're not yet providing bodily fluids to corporations (except occasionally for services like Ancestry.com or 23andMe), we're giving something potentially more valuable than milk ever was: our personal data. Every click, scroll, pause, and purchase becomes a data point, creating detailed psychological profiles that are more valuable than traditional demographic information.
This extraction economy operates most effectively by appealing to passion rather than reason. It targets our desire for dopamine-fueled gratification rather than moral character development or long-term betterment. Social media platforms employ sophisticated algorithms designed to trigger emotional responses, from outrage to euphoria, keeping users engaged through carefully calibrated feedback loops. The resulting "crisis of attention" manifests everywhere: parents struggling with children's screen time, rising rates of ADHD diagnoses, pharmaceutical treatments for attention disorders, and a widespread inability to sustain focus on books or films without digital distraction. Studies show that average attention spans have decreased significantly, with the typical person now switching tasks every 40 seconds when working on a computer.
The mobile internet has intensified these problems through what philosopher Yves Citton calls "affective condensation"-our passions, frustrations, responsibilities, and addictions now concentrated into digital screens. Our devices have moved beyond mere utility to compulsoriness, transforming social reality itself as everything from dating and dining to education and entertainment passes through a single technological portal. The average American now spends over seven hours daily interacting with screens, with smartphones being checked hundreds of times per day.
Perhaps most disturbingly, the distinction between advertisement and non-advertisement has collapsed. Unlike newspapers of the past which couldn't monitor readers, today's platforms function bidirectionally-they read us as we read them, making it nearly impossible to exit this commercial nexus. Every interaction becomes a potential marketing opportunity, with targeted ads so precisely tailored they can predict our needs before we're conscious of them ourselves. The ultimate transformation is that humans themselves are increasingly perceived and self-perceiving as sets of data points rather than subjects, with success measured by one's ability to present as an attention-grabbing brand. This has led to the rise of "influencer culture," where personal identity becomes inseparable from marketable content, and individuals constantly perform for an invisible audience of algorithms and analytics.
第3章
The Moral Dimension of Attention
What exactly is this "attention" being harvested from us? While bots can monitor, track, and generate natural-seeming language, they fundamentally lack what the new economy extracts: genuine attention. Attention stands apart from other mental faculties because it's not merely cognitive but inherently moral. This moral dimension appears in everyday phrases like "pay attention to me!" and in the verb "to attend," which implies showing up where expected or serving someone devotedly.
Philosophers typically discuss "consciousness of" objects rather than "attention to" them. While these concepts overlap, consciousness concerns primarily cognitive states, while attention highlights the selective process of choosing certain objects over others. Attention differs from both perception and apperception, involving the will even when we're not aware of making a choice.
Recent philosophical work includes Carolyn Dicey Jennings's view of attention as mental prioritization by a subject, arguing against theories framing attention merely as "selection from limitation." She suggests it reveals a naturalistic, brain-based self rather than a metaphysical subject. Meanwhile, Jonardon Ganeri offers an alternative theory reviving Theravada Buddhist thought, particularly Buddhaghosa's fifth-century philosophy. For Ganeri, attention is an action explaining our "freedom from passivity," but he rejects "the Authorship view," arguing instead that the self is at best a virtual entity without causal powers.
The concept of empathy itself emerged in nineteenth-century German aesthetic theory, describing not just interpersonal encounters but the aesthetic relationship between person and object. This suggests attention to objects elevates them into an intersubjective relationship. Whether or not we presume a subject behind our own attention, attention itself-whether toward persons, art, or ordinary objects-may be understood as partaking of the phenomenological character of second-person encounter.
True attention involves transformation-when we genuinely attend to something, it reveals itself in new ways. Unlike mindfulness (which has been coopted for professional productivity), proper attention means relinquishing control over meaning, allowing unfamiliar transformations. Reading Proust demonstrates how attention creates moral commitment to a narrator, infusing their world into ours until neither reader nor novel remains unchanged.
第4章
The Gamification of Human Experience
Our current technocultural moment impedes genuine attention, with the internet structured to prevent sustained focus. While books and natural environments invite deep engagement, online platforms constantly solicit attention from multiple sources without allowing transformative commitment. The internet's failure to provide such opportunities stems not from technology itself but from its economic model maximizing solicitations while preventing focused engagement.
This "gadget being" has infected our understanding of human behavior itself. We increasingly conceptualize people as programs or algorithms, evidenced by how a comic-book artist's predatory behavior was described using gaming terminology-"compulsion loops," "user retention," and "dopamine boosts"-rather than traditional moral language. This "algorithm creep" extends to conspiracy theories like QAnon, which function like "alternate reality games," and corporate manipulation, as when Uber uses video game techniques to control drivers.
Social media platforms aren't enhancements of communication but rather communication-themed games. Academia.edu similarly transforms scholarship into metrics-driven brand-building exercises rather than genuine intellectual work. Leibniz correctly understood that outsourcing thinking to machines doesn't create new conscious beings. However, he failed to anticipate how we would come to model ourselves after these machines rather than using them to enhance our uniquely human capacities.
The attention-extraction economy extends beyond our screens into all aspects of contemporary life. Hollywood now test-markets films using eye-tracking technology to determine which images most effectively capture viewers' attention, creating a feedback loop that caters to immediate cognitive-emotional cravings while preventing challenging content. As viewers watch the screen, the screen literally watches back.
This perversion of freedom resembles addiction, where getting what one immediately wants conflicts with deeper human flourishing. The comparison of mass entertainment to opium has evolved from metaphor toward literalism, as brain science reveals that social media likes trigger reward systems similarly to drugs. Social media platforms, designed to maximize engagement rather than resolve conflicts, function as engines of perpetual disagreement that sharpen opposing views into stark dichotomies. Yet people continue returning for the fight itself, driven by addiction-like motivations.
第5章
The Internet as Nature's Extension
Despite our modern predicament, hope remains through historical investigation into the internet's origins. Understanding the internet properly requires zooming out to view it in its broad ecological context against the background of life on earth. Telecommunication exists throughout nature in remarkably sophisticated forms: elephants send seismic vibrations kilometers away through specialized vocalizations that travel through ground vibrations, sperm whales' complex clicking patterns can be heard across vast ocean distances reaching up to 500 kilometers, and emperor moths emit precisely calibrated pheromones detectable by males fifteen kilometers away. Even plants demonstrate intricate communication networks, using airborne chemicals called volatile organic compounds to send detailed information about threats, resources, and environmental conditions to their species-mates.
This raises a profound question that challenges our assumptions: why assume human telecommunication must be primarily a product of consciousness, rather than an ancient system that consciousness later hitched a ride on? Perhaps the internet isn't best seen as a lifeless gadget but as a living system or natural product of living activity, emerging from deeper biological imperatives that long predate human technology.
The natural world is filled with webs that function much like our internet, suggesting deep parallels between biological and technological networks. A spider's web, for instance, isn't merely a tool but an extension of its cognitive system-vibrations in the filaments are fundamental to its sensory experience, effectively serving as an external nervous system. Throughout nature we find similar networks: underground root systems connecting vast fields of grass through chemical and electrical signals, or groves of trees linked by mycorhizal filaments in what journalists call the "wood wide web." These fungal networks can connect hundreds of trees across acres of forest, sharing resources and information. These natural networks share striking similarities with our internet-they connect any point to any other, spread through offshoots rather than reproduction, and operate without centralized control, demonstrating remarkable resilience and adaptability.
The "late-adopter problem" looks quite different under this ecological scrutiny. Human beings are inherently telecommunicators, just as sperm whales are click communicators - it's built into our evolutionary heritage. Even when messages could only travel as fast as humans could run, there was likely no obstacle to conceiving of telecommunication as simultaneous-as a collapsing of distance so people could share the same reality. Archaeological evidence shows that symbolic exchange networks reach back to human evolution's "speciation phase" some 60,000 years ago, when biological and cultural evolution worked together to develop the human genome. These early networks, evidenced by the transport of shells and ochre across vast distances, suggest that humans have always been fundamentally network-building creatures, with technology simply amplifying our inherent connecting nature rather than creating it anew.
第6章
Natural Intelligence and Artificial Stupidity
Some would object to comparing human digital communication with plant chemical signaling, arguing that when "I love you" appears on someone's screen, it possesses "intentionality" or "aboutness" that plant signals lack. Looking closely at slime mold behavior reveals molecular signaling mechanisms that propel it toward food. Similarly, examining internet cables would reveal only electrical pulses, not the "aboutness" of messages. Intentionality appears only at terminal points where conscious humans interpret signals.
While slime molds appear to make rational decisions when seeking food, this is merely mechanical reaction, not conscious choice. The same applies to networked computers-they don't appreciate the memes they transmit, though humans at the terminals might. Yet many insist human minds aren't fundamentally different from computers.
The "simulation hypothesis"-that our reality is likely a computer simulation-has gained popularity among tech elites like Elon Musk. This recycled medieval angelology positions knowledge of hidden realities as a credential for the enlightened few. The hypothesis requires assuming AI could become conscious, despite our profound ignorance about consciousness itself.
The real threat isn't HAL-like machine awakening but the accumulation of mechanical resistances to human choices-artificial stupidity rather than intelligence. As philosopher Brian Cantwell Smith argues, machines fundamentally differ from us because "they don't give a damn"-they lack judgment grounded in ethical commitment to the world.
The quest to build artificial general intelligence stretches far deeper into history than commonly recognized. The legendary thirteenth-century "Brazen Head" of Roger Bacon-a brass device purportedly answering any yes-or-no question-represents an early medieval version of Siri. Though likely mythical, such devices were seriously discussed by medieval philosophers, often attributed to Arabic sources.
Unlike modern technology with its comprehensible mechanisms, Bacon's alchemical approach blurred boundaries between harnessing nature and dark magic. This uneasiness persists in our relationship with modern AI. Both Bacon's imagined Brazen Head and Leibniz's actual calculating engines contribute to our information machines' genealogy. Our actual machines emerge from the vortex of impossible machines we imagine.
第7章
The Woven Web of Existence
The metaphor of weaving runs deep through human history as a way to conceptualize the interconnectedness of all things. When Mark Zuckerberg speaks of "strengthening our social fabric" and "bringing the world closer together," he invokes ancient ideas about the unity of beings that stretch back millennia. Marcus Aurelius implored readers to think of the Universe as "one living Being" with a "single Soul" where all things are "intertwined in the fabric" with a "closely woven web." Similarly, the Brihadaranyaka Upanishad from seventh century BCE India described our world as "woven in water, like warp and woof." This concept appears across cultures, from Native American creation myths describing spider-women weaving the world into existence to African folklore where fate itself is depicted as threads woven by divine beings.
This weaving metaphor isn't merely poetic-it reflects how humans have conceptualized social and natural interconnection throughout history. Modern telecommunications networks, including the internet, represent the latest manifestation of this ancient understanding that all things are somehow connected. From early telegraph networks that were described as "nervous systems" spanning continents to today's "world wide web," we continue to understand connectivity through fabric-like metaphors.
The histories of weaving machines and computing devices are literally intertwined in fascinating ways. In 1808, Joseph Marie Jacquard introduced his automated loom that used punched cards to "program" designs onto silk-a technology that belongs in computer science history alongside data processing machines. These punch cards would later inspire Herman Hollerith's tabulating machines used in the 1890 U.S. census and eventually lead to early IBM computers. The automation of silk production represents a long history of inventors exploring the interface between living and artificial systems, from mechanical looms to modern neural networks.
Ada Lovelace, collaborating with Charles Babbage in the 1830s on his Analytical Engine, provided the clearest account of the overlap between weaving and computing histories. While Babbage initially conceived his engines as mere number-crunchers, Lovelace understood their fuller potential as extensions of human thought. She believed the Analytical Engine wasn't merely calculating but "weaving algebraical patterns" and simulating human thought itself, establishing "a uniting link between operations of matter and abstract mental processes." Her notes on the Analytical Engine are considered the first computer program, weaving mathematics and machinery into a new form of expression.
The binary calculus that forms the foundation of modern computing itself emerged from neo-Platonic mystical traditions contemplating the relationship between being (1) and non-being (0). Leibniz explicitly connected his binary system to creation, writing that "all numbers are written by a mixture of unity and zero, somewhat as all creatures come only from God and from nothing." This philosophical foundation of binary code shows how deeply intertwined our technological present is with ancient metaphysical concepts. Modern digital networks, built on this binary foundation, continue this ancient tradition of weaving connections between minds, machines, and meaning.
From the earliest myths to modern social networks, from mechanical looms to quantum computers, the metaphor of weaving continues to shape how we understand and create systems of connection and computation. This persistent pattern suggests something fundamental about how humans conceptualize relationships, information, and the very fabric of reality itself.
第8章
Windows on Reality in Times of Confinement
Writing from quarantined New York City in 2020, Smith reflects on his confinement and separation from physical books, drawing profound parallels to Erich Auerbach writing Mimesis while exiled in Istanbul during World War II. Both scholars found themselves creating significant works while physically isolated from their usual academic resources. Many people have discovered an unexpected solace in this retreat: not into complete solitude, but into spaces that function as cells with magic windows onto the world. This "worldly confinement" powerfully recalls Robert Burton, whose 1621 Anatomy of Melancholy, written largely from his chambers at Oxford's Christ Church College, reveals "the width of the world that can be seen from one college window." Burton's work demonstrates how isolation can paradoxically lead to expansive intellectual exploration.
Books have long been described through various metaphors: as theaters staging life's drama, epitomes distilling universal wisdom, mirrors reflecting reality, and reproductions of the world in miniature. The influential 1658 Orbis Pictus (The Visible World in Pictures) by John Amos Comenius exemplified this tradition as "a brief of the whole world," pioneering the concept of visual education by promising to show children everything necessary through carefully integrated text and illustrations. This revolutionary work became the first widely used children's picture book, setting a precedent for how knowledge could be visually organized and transmitted. This worldhood of books places them in historical continuity with oral traditions and later the internet-all serving as technologies aiding the human mind in "getting outside itself" and accessing broader realms of experience.
While we commonly think of the internet as transmitting only symbolic representations requiring interpretation, there are significant ways in which we experience "the real thing" through digital mediation. When we stream music, we're hearing the actual musical performance, not just a representation; when we pay bills online or make promises via social media, we're creating genuine real-world transformations. The internet's mediation isn't fundamentally different from sophisticated scientific instruments like electron microscopes or radio telescopes-complex machines generating interpretable representations of otherwise invisible objects. This perspective challenges our usual distinction between "virtual" and "real" experiences.
Agostino Ramelli's 1588 "book wheel" represents a fascinating early precursor to hypertext and internet browsing. This ingenious machine, detailed in his "The Various and Ingenious Machines," allowed scholars-particularly those with physical limitations like gout-to consult multiple large volumes without moving from their seat. The device employed sophisticated mechanical principles, including a complex gear system, to keep books stable as the wheel rotated, presenting them to the reader in consistent positions. While limited compared to the internet's infinite pathways, the book wheel already suggested the revolutionary possibility of extending information access indefinitely and demonstrated an early understanding of the need for efficient information management systems. Its design influenced later innovations in library science and information organization.
第9章
Reclaiming Our Attention in a Distracted World
The internet has become simultaneously our greatest affliction and our greatest hope-there's no going back, only forward through reshaping it. Traditional civic engagement has been subsumed by social media, with even established newspapers now functioning primarily as filters for online discourse. Local town halls have been replaced by Twitter threads, community meetings by Facebook groups, and public debates by viral videos. This creates a "tragicomedy of the private commons" where users contribute to universally undesirable outcomes regardless of their intentions, because they operate in a system designed to exploit rather than facilitate genuine communication.
Every social media post, from political commentary to cat videos, adds to the tidal wave submerging our centuries-old aspiration toward functioning deliberative democracy. The constant stream of notifications, updates, and viral content fragments our attention spans and depletes our capacity for sustained thought and meaningful dialogue. Yet understanding the internet as part of a much longer historical trajectory-as the latest manifestation of humanity's ancient drive to connect, communicate, and comprehend-offers us perspective that might help reclaim our agency. From cave paintings to the printing press to radio waves, humans have consistently sought new ways to extend their reach and understanding.
The crisis isn't about information abundance (trees and ponds contain infinite information without distracting us) but about channeling our investment down pathways structurally designed to prevent personal transformation. Social media platforms are engineered to maximize engagement through emotional triggers, controversy, and shallow interactions, rather than fostering deep understanding or genuine connection. The endless scroll, the dopamine-driven likes, and the algorithmic echo chambers create a simulation of social interaction while actually isolating us from authentic human experience.
Rather than seeing ourselves as helpless before algorithmic gods, we might recognize that we are the ones who breathe life and meaning into these systems. The internet doesn't tell jokes or convey meaning-people do. Every meme, every shared article, every comment thread exists because of human creativity and desire for connection. Our challenge is not to escape technology but to reclaim it as a tool for genuine human connection and understanding, one that enhances rather than diminishes our capacity for attention, empathy, and transformation. This requires conscious effort to design and use digital spaces that prioritize human flourishing over engagement metrics, meaningful dialogue over viral spread, and genuine community over artificial connectivity.
By approaching technology with intentionality and awareness, we can begin to craft digital environments that serve our deeper needs for connection, learning, and growth. This might mean creating new platforms that encourage thoughtful discussion, supporting digital spaces that prioritize quality over quantity, and developing personal practices that help us maintain focus and presence in an increasingly fragmented world.
