Forget the linear tools-and-ends models. Chasing Technoscience brings together four major thinkers—Don Ihde, Bruno Latour, Andrew Pickering, and Don Ihde (again, because he’s everywhere in this series)—to ask a deceptively simple question: What is the matrix that holds technology, science, and materiality together?
The answer is never a system. It’s a performance.
The book’s genius is its dialogical structure. Rather than a dry anthology, you get cross-commentary, rebuttals, and refinements. The “matrix” here isn’t The Matrix (no red pills, sorry). Instead, it’s a relational grid: a set of dynamic, non-human and human agencies that produce what we call “the real.”
Moving beyond Heidegger’s abstract Dasein (being-there), the authors in this volume pivot toward design. The argument is that materiality is not a static property of objects, but a dynamic relationship between humans and their tools. Technology is portrayed not as a barrier to reality, but as the interface through which reality becomes intelligible.
You might ask: Is a 2003 book still relevant in an age of AI, geoengineering, and synthetic biology? Absolutely. The matrix for materiality has only become more urgent.
Consider large language models (LLMs) like GPT-4. Their materiality is not just the server farms and GPUs, but the training data (scraped from the web), the human feedback loops (RLHF), and the electrical grids powering them. Chasing Technoscience provides the vocabulary to analyze how these matrices produce certain truths while obscuring others. Similarly, CRISPR-Cas9’s materiality involves not just the Cas9 protein, but the patent landscape, the lab mouse bodies, and the petri dish surfaces.
The Indiana Series continues to publish new volumes that extend this matrix thinking. Yet Chasing Technoscience remains the foundational reader that introduces students to the key players and the central metaphor. In many graduate seminars, it is the first book assigned after Ihde’s Postphenomenology.
Maya Hart arrived in Bloomington on a damp October morning with two suitcases, a battered copy of Simondon’s essays, and a laptop full of half-formed notes. She was here for a visiting fellowship: a short, intense residency to write the first chapter of a planned series, Materiality Indiana — a project about how local practices, messy technologies, and institutional life shape what counts as “knowledge” in the Midwest. The university’s hum felt different from the coastal labs she’d left: quieter, full of drawer-quiet collaborations between historians, machinists, and farmers.
Her first stop was the university’s Center for Applied Philosophy and Technoscience, a converted factory building with concrete floors and a thrift-store motley of equipment. The center’s director, Professor Eli Navarro, met her with a thermos of strong coffee and an index card folded into a paper plane: “A map is a story that can be re-told,” it read in block letters. Eli had spent his career studying “matters of making” — how instruments, bureaucracies, and everyday labor coordinate to produce reliable results. He believed that technoscience was not a single machine but a matrix: a braided set of practices that made objects intelligible, usable, and valuable.
Maya’s brief was to write a narrative that could sit between philosophy and reportage — a mobi-sized, pocketable chapter that would travel in people’s hands. She wanted something that did not merely theorize technoscience but chased it: moved with it into barns, into county offices, into the fluorescent-lit backrooms where municipal sensors were calibrated. She wanted to make materiality feel tactile.
On day two she followed a municipal technician named Rosa into the arteries of city infrastructure. Rosa’s job was to maintain water-quality sensors that measured turbidity and pH in the county’s wells. In a cramped van smelling of antifreeze and takeout, Rosa explained that the sensor she trusted most was a patched-together assemblage: an off-the-shelf probe, a repurposed microcontroller, soldered joints wrapped in silicone tape, and software updates scribbled on sticky notes. “It fails sometimes,” Rosa said. “But when it fails, we know how it fails.” The certainties of the lab — brand-new instruments, sealed protocols — gave way here to embodied knowledge: gestures, improvisation, and a ledger of past breakdowns.
Maya listened and sketched. She wrote a section called “Failure as Familiarity,” arguing that reliability often arises from what technicians call “anticipatory repair”: a network of small corrections, spare parts in a glove box, and a culture that records the smell of overheating capacitors. Technoscience, she realized, was less about pristine design than about histories of repair.
Next she spent a day at a fabrication collective two blocks from the farmers’ market. There she met Jonah, an ex-forestry worker who now taught digital fabrication workshops. Jonah showed her a modular seed-sorting device he’d built for a cooperative of local grain farmers. It combined a camera module salvaged from an old scanner, a pneumatic feeder cobbled from a vacuum cleaner, and a web dashboard with crude graphs. It was ugly and brilliant: the camera misclassified some heirloom seeds, the dashboard timed out on slow connections, but the farmers used it because it let them quantify seed lots on market days.
In the chapter “Quantified Hands,” Maya argued that devices take meaning inside practices. The seed sorter’s value was not the accuracy of its algorithm but the way it fit into Saturday routines and bartered labor. Technoscience, she wrote, is an ecology of affordances: what a tool allows a person to do, and how it fits into rhythms of work and exchange.
Her evenings were given to interviews with philosophers and historians: a retired historian who cataloged agricultural extension pamphlets, a sociologist who studied county zoning boards, and a young engineer writing firmware for a cooperative weather network. Their language shifted between critique and affection. For the historian, the county extension pamphlets were artifacts of pedagogy — attempts to translate laboratory knowledge into fieldable practices. For the engineer, the weather network was an experiment in trust: how to get accurate rainfall readings from roof-mounted gauges when squirrels and storms intervened.
Maya wove a second theme through her narrative — governance as material practice. She visited the county office where a weary clerk named Anil held the official records for pollinator habitat grants. The grants required sensor data to prove compliance: temperature logs, moisture curves, timestamped images. Anil’s desk held a stack of printouts, each annotated in blue ink with queries like “sensor ID?” and “maintenance history?” The forms mediated action: a wetland could be legally recognized only if its data fitted the bureaucratic template.
Maya titled this section “Paper, Pixels, Permits.” She showed how regulatory regimes translate lived environments into numbers, and how numbers, in turn, reconfigure landscapes: a measured wetland could become a protected zone; an unmeasured one could be paved. The people who processed those translations — clerks, grant writers, technicians — were as consequential as any sensor array. Forget the linear tools-and-ends models
Halfway through the residency, Maya attended a raucous public meeting about a proposed smart-lake project. Developers promised real-time algal-bloom alerts, predictive models, and an app with push notifications. The room divided quickly: some residents wanted the data; others feared surveillance and loss of access. An elderly angler named Roy stood and said, “I’ve lived on the lake fifty years. Your models don’t fish; they don’t know the duckweed you can’t see from a satellite.” Roy’s comment punctured assumptions. Predictive technoscience, Maya realized, must negotiate local knowledges — place, habit, and long memory — not only sensors and APIs.
“Chasing the Technoscience Matrix” became, in the draft, a pursuit rather than a declaration. Maya followed threads: a calibration curve, a grant form, a repaired pump. Each thread revealed coordinations of humans and nonhumans. She resisted neat binaries: not lab vs. field, not expert vs. lay, but a braided account where expertise migrated across contexts.
She closed the chapter with a short manifesto of practice for philosophers of technology:
When the draft was read aloud at a small reading, Jonah and Rosa were there, and they laughed at themselves in all the right places. The room smelled of cheap pizza and damp coats. Someone asked how an academic text could change practice; Rosa said, simply, “It might help folks see the work behind the numbers.” Jonah added, “And maybe make the next design easier to fix.”
Maya left Bloomington with a mobi-sized manuscript that was granular where it needed to be and humane where it could have been dry. In airport coffee lines she revised the lede: a scene of a sensor being cleaned with an old toothbrush, its casing half-shaved by a squirrel — a small, stubborn emblem of how technoscience always returns to hands and habits.
The Materiality Indiana series would follow other threads — soil chemistry labs, mobile-phone bazaars, the micro-economies of waste electronics — but the first chapter had found its rhythm. It did not map the matrix in full; it learned to chase it — to move with its failures and fixes, its forms and forums, and to show that materiality in technoscience is made where people, instruments, rules, and routine meet.
This guide covers Chasing Technoscience: Matrix for Materiality , a cornerstone volume in the Indiana Series in the Philosophy of Technology
. Edited by Don Ihde and Evan Selinger, this work brings together influential theorists to examine how the material world—not just abstract theory—shapes scientific and technological practices. Core Themes & Structure
The book operates as a "matrix" that weaves together diverse philosophical and sociological perspectives on materiality.
The Four Protagonists: The text centers on the work of four major figures in technoscience studies: Andrew Pickering, Don Ihde, Donna Haraway, and Bruno Latour.
Hybrid Format: The volume is structured through lively personal interviews and substantive essays from these four thinkers, followed by critical commentaries from colleagues who compare and evaluate their positions.
Defining "Technoscience": It shifts focus from traditional "theory-biased" philosophy to science as it is embodied in technologies and material practices.
Normativity and Empiricism: Beyond materiality, the book explores the relationship between empirical research and philosophical reflection, as well as the role of ethics in Science and Technology Studies (STS). Philosophical Focus
Don Ihde: Sketches his evolution toward "post-phenomenology," focusing on the relations between humans, technology, and the world.
Donna Haraway: Moves from the concept of "cyborgs" to "companion species," reconfiguring kinship within technoscientific frameworks.
Bruno Latour: Addresses the "promises of constructivism" and the agency of non-human entities. Acquisition & Formats When the draft was read aloud at a
The book was originally published by Indiana University Press in June 2003.
Title: Escaping the Code: On Chasing Technoscience and the Need for Gritty Materiality
Blog Subtitle: A reader’s guide to the Indiana Series in the Philosophy of Technology (MOBI Edition)
There’s a moment in every techno-philosopher’s life—usually around 2 AM, three energy drinks deep—where you start to suspect that reality isn’t real. Or rather, that the smooth, glowing interface of your laptop screen has somehow become more real than the wooden desk it sits on.
I just finished reading Chasing Technoscience: Matrix for Materiality (part of the brilliant Indiana Series in the Philosophy of Technology), and I have to admit: I’ll never look at a smartphone the same way again. And no, not because of the privacy policies.
The Matrix We Actually Live In
Forget Neo and the green code rain. Don Ihde and his co-authors (Selinger, etc.) aren’t interested in sci-fi simulations. They are interested in this matrix—the invisible, tangled web of instruments, laboratories, funding agencies, peer reviews, and proprietary algorithms that actually produces what we call “scientific truth.”
The book’s central punch is simple but devastating: You cannot separate the knowledge from the machine that makes it.
When you read a medical study, you aren’t reading “nature.” You are reading the output of an MRI’s magnetic field strength, a statistical software package’s default settings, and a graduate student’s caffeine level. Chasing Technoscience argues that materiality isn’t a passive backdrop. It is an active co-conspirator.
Why the MOBI Format Matters (Yes, Really)
You might ask: why read this on a Kindle or a phone? Isn’t that ironic? Reading a book about the dangers of digital abstraction on a frictionless e-ink screen?
Yes. And that irony is the point.
Reading the MOBI version of this text forced me to confront its thesis in real time. The book talks about “embodiment relations” (how a tool becomes an extension of your body). As I swiped to highlight a passage about laboratory equipment, I realized my thumb had become an extension of Amazon’s DRM servers. The materiality was chasing me.
The text is dense but rewarding. The editors have done a fantastic job curating the Indiana Series’ signature rigor—this isn’t pop-sci fluff. You will wrestle with phenomenology. You will groan at Heideggerian footnotes. But you will emerge with a new superpower: the ability to spot the “hidden lab” in every piece of tech you touch.
Three Takeaways for the Drowning Technologist
If you only skim the first three chapters (don’t, but if you do), here is what you’ll find: Title: Escaping the Code: On Chasing Technoscience and
Verdict
Chasing Technoscience is not a beach read. It is a workshop read. Keep the MOBI file open on your tablet while you solder a circuit board or calibrate a sensor. Let the text argue with your hands.
Is it dated? A little (the original work is early 2000s). But in a world of generative AI and “virtual twins,” its warning is more urgent than ever. We are chasing technoscience. The question is whether we will ever catch up to the actual, messy, resistant stuff of reality.
Rating: 4/5 grounding wires.
Recommended for: Philosophers who code, engineers who dream, and anyone who has ever looked at a spreadsheet and thought, “This feels too clean.”
Have you read anything in the Indiana Series in the Philosophy of Technology? Drop a comment below. Let’s argue about Don Ihde’s embodiment relations.
For readers new to the Indiana Series, materiality isn’t just “stuff.” It’s technoscientific materiality: the way a PET scan co-produces a body, the way a door hinge scripts behavior, the way a climate model makes a planet tangible.
The book argues that materiality emerges in practices, not in objects. A hammer is not “material” until it meets a nail, a hand, a task, and a history of carpentry. Extend that to particle accelerators or CRISPR, and you begin to see the chase.
In an era where algorithms dictate desire and nanotechnologies rewire biological substrates, philosophy struggles to keep pace. The traditional boundaries between science, technology, and society have dissolved into what scholars now call technoscience. But how do we chase something so slippery? How do we map the materiality of things that exist simultaneously as data, commodity, and flesh?
The answer, for many scholars, lies in a specific intellectual artifact: "Chasing Technoscience: Matrix for Materiality" – a cornerstone volume within the prestigious Indiana Series in the Philosophy of Technology. For researchers, graduate students, and techno-philosophers seeking access to this text in a portable digital format, the Mobi file extension has become a quiet but crucial keyword. It represents not just a file type, but the mobility of deep thought in a networked age.
This article explores the intersection of three critical vectors: the argument of Chasing Technoscience, the legacy of the Indiana Series, and the practical (yet philosophical) implications of obtaining the Mobi version of this text.
In the digital age, we often think of data as ephemeral—floating in a "cloud." Chasing Technoscience dismantles this illusion. It argues for the materiality of information: the hardware, the electricity, and the physical infrastructure required to sustain the digital world. This is particularly relevant for readers consuming the MOBI version of this text; you are not just reading "ideas," you are engaging with a physical device that enacts the philosophy described in the book.
In the crowded landscape of academic publishing, few keywords signal intellectual rigor and niche relevance quite like "chasing technoscience matrix for materiality indiana series in the philosophy of technology mobi." For the uninitiated, this string of terms represents a crossroads of three critical domains: post-phenomenology, science and technology studies (STS), and digital scholarship.
At its heart lies the seminal volume Chasing Technoscience: Matrix for Materiality, edited by Don Ihde, Evan Selinger, and Robert Crease. As part of the renowned Indiana Series in the Philosophy of Technology, this book has become a touchstone for scholars grappling with how scientific practice, technological artifacts, and material reality co-constitute one another. But why add "mobi" to the search? Because in an era of digital research, having access to this text in Amazon’s MOBI format (widely used for Kindle devices) means carrying a library of critical thought in your pocket.
This article serves as a comprehensive guide. We will unpack the book’s core arguments, explain the "matrix for materiality," situate it within the Indiana Series, and explore why the MOBI format remains a vital tool for technoscientific researchers. Whether you are a graduate student preparing for comprehensive exams or a professor updating a syllabus, understanding this keyword will open doors to a richer engagement with technoscience.