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Ennis’ notes on Horwtiz.

02-Apr-12

HERE and part two HERE

I’ll also be talking about Reality in the Name of God very briefly at Liverpool. Paul and I have corresponded a little bit on Horwitz’s intriguing and gutsy monograph and I can’t wait to see what Paul will make of it.

Platforms, Encapsulation and Clean Code

31-Mar-12

If you can read Danish, a book called ‘Digital Urban Living’ has just been published, featuring a collaborated article by Geoff and I on the Privatisation of Platforms; a spin off from our paper for the Platform Politics conference last year. Here’s the blurb of the book.

“The city’s Digital Life explores the new digital-layered challenges and potential of media architecture, interactive installations and multimedia products on mobile and other platforms. The book disseminates the results of a series of analyses and experimental development projects conducted under the auspices of the research center Digital Urban Living From 2008 to 2012.”

 

Thinking the Absolute: The Ambiguities of Emergence, Novelty and Life in Formal Systems.

23-Mar-12

Some good news to report; our panel “The Ambiguities of Emergence, Novelty and Life in Formal Systems“, has been accepted at the “Thinking the Absolute Conference at Liverpool Hope University, June 29th – July 1st.

The panel will involve myself, Charlie Gere and Francis Halsall – our abstracts are below. Looks like it will be a fantastic event, with Paul Ennis, Mike O’Rourke and Pete Wolfendale all presenting too, plus the all star keynote line-up.

 

The Ambiguities of Emergence, Novelty and Life in Formal Systems.

‘Computers are useless, they only give you answers.’

Pablo Picasso.

 

The panel seeks to explore a deeper relationship between formal systems, computation and the contingency of creation (life, emergence and generative phenomena). The importance of diverse subjects, such as scientific emergence, metamathematics, speculative philosophies and neo-positivism are already giving ground to new conceptions of creation that modify or wreak havoc on existing theological claims. It makes sense then, to investigate what sort of impact literature on self-organising systems built on formal iterative rules may have on theological subjects.

The overarching question of the panel is the following one: Can the existence of emergent complex systems be thoroughly explained by computation and social systems alone, or does the sheer unpredictability of these systems stake a claim in something higher, irrational or ‘other worldly’ in their recursive iteration? This question will be navigated in three specific areas; the system/environment distinction in social systems theory, the use of computational invention to explain evolutionary processes and the role of computability theory in the recent French turn towards axiomatic set theory, contingency and metamathematics.

 

Occult Systems: ‘Thinking the Absolute’ in Luhmann’s Systems Theory.

Francis Halsall (National College of Art and Design, Dublin)

Here I read Luhmann’s social systems theory somewhat against the grain of standard accounts. I propose that there is a weird, and what I will call occult strand to Luhmann in which he uses ‘system’ as a means to ‘think the absolute’ in post-religious terms.

At first glance such an occult reading of Luhmann seems improbable; heretical even. His sociological account of modernity presents an increasing secularization of society. He characterizes modernity as a turning from religion as a means by which to observe and describe the world to forms of social systems (systems of law, economics, science etc.) that are self-observing and self-describing.

However in this paper I argue that through his use of ‘System’ Luhmann’s thinking is far weirder than it first appears. It is, I argue, infused with a form of occult spirituality, albeit a post-human spirituality in which system has an occult dimension. I discuss two aspects of this here.

First: Luhmann’s makes several enigmatic statements about God in relation to Modernity and seems to suggest that the system/environment distinction occupies a place once filled by God; that is as an expression of The Absolute in which God observes the totality of relations in the world from a position-less position.

Second: autopoesis (that is self-organization) functions as an animating, first cause in Luhmann’s systems (particular his later work when he draws on the biological theories of Bateson, Maturana, Varela et al). This is what Habermas recognized in his critique of Luhmann’s systems theory as meta-biological; that is, relying on a principle of irrational “life” as its organizing principle. Here I consider whether this is comparable to a spirit, or life-force perhaps, that inhabits and regulates his systems, with an occult, irrational and, ultimately unknowable force.

 

Darwin after Dawkins after Derrida.

Charlie Gere: (University of Lancaster)

‘Darwin after Dawkins after Derrida’ starts with an account of computer pioneer Charles Babbage’s attempt to produce a natural theology based on that of Charles Paley, who famously compared God to a watchmaker. Babbage based his explanation of the miracle of species evolution through reference to his proto-computer calculating machines. It is unlikely he appreciated the degree of unpredictability or contingency inherent in the most logical computer program. Against the grain of his intentions Babbage’s ideas influenced Charles Darwin in his understanding of the emergence of different species.

The paper pursues this connection between evolution and computing via a discussion of the computer program described by biologist Richard Dawkins in the third chapter of his book The Blind Watchmaker, which he wrote in order to prove that evolution, understood as an accumulative process, could produce complex organisms. In describing the operation of the program Dawkins conflates the distinction between the finding and the creating of these virtual organisms, which is similar to Derrida’s conception of ‘invention’, as explored in his essay ‘Psyche: Inventions of the other’ and his work on the poet Francis Ponge. Derrida’s work bears a number of interesting relations to that of Darwin.

Following Dawkins’ own description of the process of evolution as a ‘blind watchmaker’, nature is always blind, though perhaps it is not a blind watchmaker as Dawkins suggests but a blind draftsman, such as Derrida describes in Memoirs of the Blind. Finally it looks at some recent works of digital art influenced by Richard Dawkins’ program, which involve computational evolution and also invoke tropes of blindness and touch.

 

How to make the best out of undecidability: Enumeration vs. Fidelity, Absolute, Noise and God.

Robert Jackson (Plymouth University)

In computability theory, undecidability refers to a problem whereby a specific algorithm or effective method of procedure fails to construct a yes or no answer, as given from a formal system.

Whether one appreciates this computational import or not, this paper will argue that undecidability has had an (ironically) decisive impact on debates concerning theology and novelty within recent speculative thinking. Arguably, Alain Badiou and Quentin Meillassoux’s mediations on immanent mathematical novelty depend on the contingency of the undecidable: For Badiou, undecidability takes place in the ‘miracle’ of the indiscernible event, pivoted on the fidelity of a subject. For Meillassoux, the absolute in-itself, is undecidable in the secular sense.

Other philosophers have staked a claim on the undecidable. Ray Brassier’s essay ‘Nihil Unbound: Remarks on Subtractive Ontology and Thinking Capitalism.’ (2004) critiques the Saint-Paul inspired ‘subjective grace’ of Badiou’s subject and supplements it with an objective account of randomness and the ‘indecipherable noise’ of uncomputable excess (as influenced by the mathematician Gregory Chaitin). On the opposite end of the scale, Noah Horwtiz, who draws on set theory and Stephen Wolfram’s research for ‘Reality in the Name of God‘ (2012), argues for a ontic-pancomputationalist reality of undecidable information created by God.

In comparing each of these positions, the paper will argue against each interpretation of undecidability and their specific dependency on the ‘void’. Using Stephen Wolfram’s important scientific intervention in A New Kind of Science (2002), the paper will defend the translation between simple, independent automated procedures as a basis for “contingent undecidable novelty”.

To make the best of undecidability, one does not require the dependency of a void, randomness, reverse engineering, or a theological import of a deity, but a radical new principle of irreducible science. This principle requires variations of models which enumerate (anti-chance) all possible systems computationally.

 

SimCity’s Glassbox Engine: Unit Operations or ANT?

20-Mar-12

So the Sim City developers have just released a video showing off the simulation behaviour of the new reboot SimCity coming next year. It’s quite rare for any developer to show a demonstration like this at an early stage, irrespective of graphic ability, so they must be fairly proud of their engine.

The Glassbox engine is a major overhaul to the previous SimCity games and goes someway into establishing itself (in my opinion) as some sort of functioning procedural unit ontology, worthy of something Bogost would have founded in Unit Operations. The first thing that jumps out (to me anyway) is the dependency of ‘agents’ in the simulation of the game. Agents can be any discrete thing, a person, a car, a unit of water or pulse of power travelling across a path to a destination. Furthermore each building unit (which the developer calls a simulation unit), is constructed out of further independent unit agents, boxes, coal, workers which enter and exit the unit of the building, and travel to other parts of the city. Each agent triggers further simulation rules as they reach another simulation unit, but not in transit.

It wouldn’t be fair to do an expository analysis of this for a game which isn’t out till next year. There are of course many academic sources linking the ontology of Latourian ANT to video games like Sim City, the parallels are obvious (and what academic interested in procedural technology doesn’t love SimCity?) But rummaging around in my thoughts, it seems to me that this new simulation has more in common with Bogost’s ontology of Unit Operations; the one-to-one representation of a unit’s workings and transformations; the procedural configurations that take place according to set rules. This reboot seems to be explicitly coded towards a Bogostian ontological understanding.

An anti-Kantian moment from Turing

18-Mar-12

Yeah, I know I’ve been rubbish at posting. Well I’m just going through a massive thesis writing week – I’ve somehow managed to write about 13,000 words in 4 days. Part of this is down to a new regime of writing location, I’ve moved from my desktop computer to… a laptop at the top of stairs. I don’t know how these things work, but it’s working.

Anyway here’s Turing again in his famous 1950 article:

“We like to believe that Man is in some subtle way superior to the rest of creation. It is best if he can be shown to be necessarily superior, for then there is no danger of him losing his commanding position. The popularity of the theological argument is clearly connected with this feeling. It is likely to be quite strong in intellectual people, since they value the power of thinking more highly than others, and are more inclined to base their belief in the superiority of Man on this power.” (Copeland 2004: 450)

You can probably tell where I’m heading with this. Anyway more soon.

Everything is the Centre of the Universe

08-Mar-12

Here’s a weird fact that may aid/contradict OOO. The cosmological principle. Every thing, person, plant, animal, atom, planet, galaxy and cupcake is, strictly speaking (hold onto your hats) the centre of the universe.

We’re all aware of the scientific cosmological principle and the rapid expansion of the universe: briefly put, the idea that the universe should be uniform (homogeneous and isotropic) over very large scales even when its expanding. The best analogy which is usually given is that the universe isn’t an expanding thing, like a balloon with outer walls containing stuff in the middle, but rather the ‘stuff’ as it were exists on the surface of the expanding balloon. As the balloon expands, and the surface of that balloon, so too does the relationships between the ‘things’ in question expand. Everything relating between the points expands too.

And this fact leads to one of the weirder things to get your head around. The cosmological principle makes every ‘thing’ or point of reference, itself a point of expansion. The universe is expanding, but the perspective of that expansion consists in the points in the expansion. The universe is not some massive expanding space, with stuff in it taken along for the ride, rather the visible expansion of universe becomes relative to the points themselves. Everything is genuinely the centre of the expansion. There is no ‘one’ centre of the universe. There is no central point of reference from which the expansion originates, everything looks the same. Every point in the universe ‘sees’ itself as the centre.

Let me explain this horrendous explanation with a visual aid, courtesy of HTML5 video. It’s relatively easy to demonstrate, here’s a recorded video of a simple an effective Flash tool.

So take the bottom layer as the universe about a billion years ago. The top movable later is the universe a billion years later, with expansion percentage of 5%. Every single aligned spot creates a ‘centre’ for the expansion. It’s weird but weirdly understandable.

So if ‘everything’ is the centre of the universe, what exactly ‘is’ the universe? Is it a product of every point in the universe seeing itself (which is very OOO ish), or an actual relentless space-time that exists as a uniform relational expanding field, in which points exist?

Generosity in Academia

04-Mar-12

One of the more important pieces of advice that I had been given by my PhD supervisor concerns the following; There must always be room for generosity in academic debate with everyone at every stage of your career.

Those of you who work in such areas will know what I’m on about. Ill feeling and animosity can be avoided if academics were slightly more generous in their delivery and criticisms whether it is with peers, students or heads of department. I’m not saying I’m a saint here – I’ve had my fair share of ruining people’s arguments and behaving like a reprobate, but I do believe generosity should be an aspiration in all cases.

It’s different in each discipline too. In philosophy I get the general feeling from scholars that they have the most to lose if someone criticises their work in front of their peers (almost scientific in that sense). Generally speaking I’ve found the arts conferences to be a little better, and more respect is usually given, but not always – and private dismissal is usually the norm. Building up a position (especially when you’re an artist) within a field takes an enormous amount of energy, time and commitment, the least one can do is be generous and give some respect. I’m reminded of the UK music DJ Zane Lowe, who is famous for promoting new bands and new artists on BBC Radio 1; every time he plays something which he despises (which regularly occurs) he says, ‘hey man, you’ve got to respect what they’re doing!’.

In times like these, where the entire world is hanging on a precarious thread of chaotic bleakness and darkness, one phrase keeps ringing out at me every time I see animosity in academic debate. “Never have individuals argued so hard, for something so utterly trivial.”

Lacan and a disgruntled student

04-Mar-12

An angry young French student interrupts one of Lacan’s lectures, pours some liquid over his table, jabbers on a bit, then throws a bit of liquid at Lacan just for good measure.

It’s hard to sympathise with the student on this sort of action, even when its coming from a decent political place. Could have been done more cleverly and bit more wit, rather than make everyone angry. I’m not a usually a big fan of Lacan, but he does handle it pretty well. Especially at the 5 minute mark.

 

Lightning Sculpture

01-Mar-12

What can I say? I like what I like!

These are known as lightning sculpture, using a well known effect called the Lichtenberg figure. Marks which are left by branching electric discharges on material surfaces.

These sculptures are created by injecting a block of polished acrylic with a beam of high speed electrons from a 5 million electron volt (MeV) particle accelerator. (click HERE for a Hi def view of the picture on the right). They also do shrunken coins for … some reason. I only put a link here simply because  the website was clearly designed in 1995.

So these sculptures don’t capture lightning in the strict sense, it just captures the remnants of a discharge and then the acrylic is lit up to simulate it’s effects. Still, it grabs your attention though.

Here’s a video to see how they are made.

Want to buy a Computer for £22 (or $35)?

28-Feb-12

Well you can 6am tomorrow morning (U.K. time). Behold the Raspberry Pi. HERE. Comes in two versions - Model A has 128Mb of RAM, one USB port and no Ethernet (network connection). Model B has 256Mb RAM, 2 USB port and an Ethernet port. They’ll fly off the site fast, so best get in quick.

 

Ok it’s not a computer as in an ‘out of the box’ desktop computer – you’d still have work to do, but then that’s the point. It is a Linux ARM-based computer with HDMI out, a USB port, an SD card reader, Wi-Fi, and an Ethernet port, all for £22. Quite an achievement I’d say.

What they’ve done is put the entire computer on one chip, namely the Broadcom BCM2835. Within it, you have the ARM1176 which is a smart smart choice processor wise, mostly used in Samsung and LG smart phones, digital tvs. Very powerful, cheap and efficient.

Credit to the company (they’re a charity) the entire project is designed to get school kids to computer program. The default educating language of choice is Python on Fedora, but it looks like you can use any language as long as the compiler will run for ARMv6.