#cyborg ecology

[afutureworththinkingabout]

Appendix A: An Imagined and Incomplete Conversation about “Consciousness” and “AI,” Across Time

Every so often, I think about the fact of one of the best things my advisor and committee members let me write and include in my actual doctoral dissertation, and I smile a bit, and since I keep wanting to share it out into the world, I figured I should put it somewhere more accessible.

So with all of that said, we now rejoin An Imagined and Incomplete Conversation about “Consciousness” and “AI,” Across Time, already (still, seemingly unendingly) in progress:

René Descartes (1637): The physical and the mental have nothing to do with each other. Mind/soul is the only real part of a person.

Norbert Wiener (1948): I don’t know about that “only real part” business, but the mind is absolutely the seat of the command and control architecture of information and the ability to reflexively reverse entropy based on context, and input/output feedback loops.

Alan Turing (1952): Huh. I wonder if what computing machines do can reasonably be considered thinking?

Wiener: I dunno about “thinking,” but if you mean “pockets of decreasing entropy in a framework in which the larger mass of entropy tends to increase,” then oh for sure, dude.

John Von Neumann (1958): Wow things sure are changing fast in science and technology; we should maybe slow down and think about this before that change hits a point beyond our ability to meaningfully direct and shape it— a singularity, if you will.

Clynes & Klines (1960): You know, it’s funny you should mention how fast things are changing because one day we’re gonna be able to have automatic tech in our bodies that lets us pump ourselves full of chemicals to deal with the rigors of space; btw, have we told you about this new thing we’re working on called “antidepressants?”

Gordon Moore (1965): Right now an integrated circuit has 64 transistors, and they keep getting smaller, so if things keep going the way they’re going, in ten years they’ll have 65 THOUSAND. :-O

Donna Haraway (1991): We’re all already cyborgs bound up in assemblages of the social, biological, and techonological, in relational reinforcing systems with each other. Also do you like dogs?

Ray Kurzweil (1999): Holy Shit, did you hear that?! Because of the pace of technological change, we’re going to have a singularity where digital electronics will be indistinguishable from the very fabric of reality! They’ll be part of our bodies! Our minds will be digitally uploaded immortal cyborg AI Gods!

Tech Bros: Wow, so true, dude; that makes a lot of sense when you think about it; I mean maybe not “Gods” so much as “artificial super intelligences,” but yeah.

90’s TechnoPagans: I mean… Yeah? It’s all just a recapitulation of The Art in multiple technoscientific forms across time. I mean (*takes another hit of salvia*) if you think about the timeless nature of multidimensional spiritual architectures, we’re already—

DARPA: Wait, did that guy just say something about “Uploading” and “Cyborg/AI Gods?” We got anybody working on that?? Well GET TO IT!

Disabled People, Trans Folx, BIPOC Populations, Women: Wait, so our prosthetics, medications, and relational reciprocal entanglements with technosocial systems of this world in order to survive makes us cyborgs?! :-O

[Simultaneously:]

Kurzweil/90’s TechnoPagans/Tech Bros/DARPA: Not like that. Wiener/Clynes & Kline: Yes, exactly.

Haraway: I mean it’s really interesting to consider, right?

Tech Bros: Actually, if you think about the bidirectional nature of time, and the likelihood of simulationism, it’s almost certain that there’s already an Artificial Super Intelligence, and it HATES YOU; you should probably try to build it/never think about it, just in case.

90’s TechnoPagans: …That’s what we JUST SAID.

Philosophers of Religion (To Each Other): …Did they just Pascal’s Wager Anselm’s Ontological Argument, but computers?

Timnit Gebru and other “AI” Ethicists: Hey, y’all? There’s a LOT of really messed up stuff in these models you started building.

Disabled People, Trans Folx, BIPOC Populations, Women: Right?

Anthony Levandowski: I’m gonna make an AI god right now! And a CHURCH!

The General Public: Wait, do you people actually believe this?

Microsoft/Google/IBM/Facebook: …Which answer will make you give us more money?

Timnit Gebru and other “AI” Ethicists: …We’re pretty sure there might be some problems with the design architectures, too…

Some STS Theorists: Honestly this is all a little eugenics-y— like, both the technoscientific and the religious bits; have you all sought out any marginalized people who work on any of this stuff? Like, at all??

Disabled People, Trans Folx, BIPOC Populations, Women: Hahahahah! …Oh you’re serious?

Anthony Levandowski: Wait, no, nevermind about the church.

Some “AI” Engineers: I think the things we’re working on might be conscious, or even have souls.

“AI” Ethicists/Some STS Theorists: Anybody? These prejudices???

Wiener/Tech Bros/DARPA/Microsoft/Google/IBM/Facebook: “Souls?” Pfffft. Look at these whackjobs, over here. “Souls.” We’re talking about the technological singularity, mind uploading into an eternal digital universal superstructure, and the inevitability of timeless artificial super intelligences; who said anything about “Souls?”

René Descartes/90’s TechnoPagans/Philosophers of Religion/Some STS Theorists/Some “AI” Engineers: …

[Scene]

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Read Appendix A: An Imagined and Incomplete Conversation about “Consciousness” and “AI,” Across Time at A Future Worth Thinking About

and read more of this kind of thing at: Williams, Damien Patrick. Belief, Values, Bias, and Agency: Development of and Entanglement with "Artificial Intelligence." PhD diss., Virginia Tech, 2022. https://vtechworks.lib.vt.edu/handle/10919/111528.

[afutureworththinkingabout]

Heavenly Bodies: Why It Matters That Cyborgs Have Always Been About Disability, Mental Health, and Marginalization

[This is a in-process pre-print of an as-yet-published paper, a version of which was presented at the Gender, Bodies, and Technology 2019 Conference.]

INTRODUCTION

The history of biotechnological intervention on the human body has always been tied to conceptual frameworks of disability and mental health, but certain biases and assumptions have forcibly altered and erased the public awareness of that understanding. As humans move into a future of climate catastrophe, space travel, and constantly shifting understanding s of our place in the world, we will be increasingly confronted with concerns over who will be used as research subjects, concerns over whose stakeholder positions will be acknowledged and preferenced, and concerns over the kinds of changes that human bodies will necessarily undergo as they adapt to their changing environments, be they terrestrial or interstellar. Who will be tested, and how, so that we can better understand what kinds of bodyminds will be “suitable” for our future modes of existence?[1] How will we test the effects of conditions like pregnancy and hormone replacement therapy (HRT) in space, and what will happen to our bodies and minds after extended exposure to low light, zero gravity, high-radiation environments, or the increasing warmth and wetness of our home planet?

During the June 2018 “Decolonizing Mars” event at the Library of Congress in Washington, DC, several attendees discussed the fact that the bodyminds of disabled folx might be better suited to space life, already being oriented to pushing off of surfaces and orienting themselves to the world in different ways, and that the integration of body and technology wouldn’t be anything new for many people with disabilities. In that context, I submit that cyborgs and space travel are, always have been, and will continue to be about disability and marginalization, but that Western society’s relationship to disabled people has created a situation in which many people do everything they can to conceal that fact from the popular historical narratives about what it means for humans to live and explore. In order to survive and thrive, into the future, humanity will have to carefully and intentionally take this history up, again, and consider the present-day lived experience of those beings—human and otherwise—whose lives are and have been most impacted by the socioethical contexts in which we talk about technology and space.

This paper explores some history and theories about cyborgs—humans with biotechnological interventions which allow them to regulate their own internal bodily process—and how those compare to the realities of how we treat and consider currently-living people who are physically enmeshed with technology. I’ll explore several ways in which the above-listed considerations have been alternately overlooked and taken up by various theorists, and some of the many different strategies and formulations for integrating these theories into what will likely become everyday concerns in the future. In fact, by exploring responses from disabilities studies scholars and artists who have interrogated and problematized the popular vision of cyborgs, the future, and life in space, I will demonstrate that our clearest path toward the future of living with biotechnologies is a reengagement with the everyday lives of disabled and other marginalized persons, today.

Read the rest of Heavenly Bodies: Why It Matters That Cyborgs Have Always Been About Disability, Mental Health, and Marginalization at A Future Worth Thinking About

[probablyasocialecologist]

Climate change will put pressure on world food production. We must disentangle the potential benefits of agricultural science and technology from agribusiness' centralised control of the food chain.

Agriculture is probably the productive sector most vulnerable to climate change, for the obvious physical reasons. It is also the sector which is the basis for all others. UN bodies have focused on a ‘food security’ approach, incorporating many controversial practices such as transgenic (genetically modified) crops, high inputs of agrochemicals and water, and increased integration of farmers into commodity and financial markets. Against this model, agrarian social movements spearheaded by La Via Campesina have proposed a vision of ‘food sovereignty’, based on local production, distribution, and organic methods. While sympathetic to these social movements, we find the strict distinction between traditional and modern methods closes off important possibilities. We propose to rethink these questions of social relations, nourishment, technology, anti-capitalist struggle, and scientific and practical knowledges through the lens of cyborg ecology.

Read the latest article from Out of the Woods (of which I now play a humble role!)

[algeroth]

Humans & Nature Can Co-Exist in “Cyborg” Ecosystems - Facts So Romantic - Nautilus

Some people gaze at the Mississippi River and see the majesty of nature: a mighty waterway that carved a path through our continent, draining the vast plains between the Rockies and the Appalachians before pouring out into the Gulf of Mexico. But not Bradley Cantrell. The landscape architect, who has spent much of the last decade studying the river watershed, sees the Mississippi as a prime example of our “purely synthetic world.”

Cantrell, now an associate professor at Harvard’s Graduate School of Design, became fascinated with the river while teaching at Louisiana State University’s school of landscape architecture. He’s hardly the first to note that humans have reshaped the Mississippi with disastrous ecological consequences. The Army Corps of Engineers famously spent the last century squeezing the river between high levees to protect cities from flooding and preserve a deep navigation channel, thus ending the river’s periodic floods that spread rich mud across the delta. The result: the rapid disappearance of Louisiana’s coastal wetlands, which are disappearing a rate of one football field each hour as they sink into the sea.

The solution, as Cantrell sees it, isn’t for a return to the old ways of nature. Instead, he wants humans to become more thoughtful about what he calls the “choreography of sediment.” In his work, he dreams up technological systems that can be inserted into the ecosystem and become an elegant part of ongoing natural processes. By integrating his inventions into the landscape, he imagines creating a “cyborg coast.”