robert gorman

Monday, October 7th, 2013

From Seperation.

Short Film link

 

I’ve been looking at how the way the brain manages the body, information, and the world as a primary example of how the human species might begin to operate on a planetary scale. At the same time I’ve been looking at similar structures at the molecular scale with Virtual particles and forces, the city scale with trade and communication, the building scale with research and production, and the affect these have on humans in general.

 

B6 B5

B1B2

B3 B4

 

Through all of these I’ve noticed a pattern. Distance creates innovation through specialization and cooperation. Molecules separate into specific proteins, stretching out across the cytoskeleton for specific tasks(1). Neurons stretch out across the brain creating specific pockets of activity, dedicated to certain ideas(2), for example.

 

On the planetary scale, cities tend to focus on certain tasks and industries. Most of us are familiar with the concept of the 1st world/3rd world spectrum we see today after the fall of the 2nd world. In the last few decades since the iron curtain fell, vast networks of trade  have been established between the 1st and 3rd world, with the scales of value on each node being primarily based on GDP of physical goods to be bought and sold. At the basic level, this means that every element of wealth has a real and physical object which backs it, either in promise or in reality.

 

Or at least that’s what we like to tell ourselves. In reality, for most of the last hundred years, the concept of promising has been creating wealth off of the interest of that promise. The idea of it had value. In the last ten years in particular, similar concepts have exploded thanks to electronic networks. At this moment in history, countless trades can be done within milliseconds, on penny worth interests, creating millions of dollars of garnered interest within actual seconds.(3)(4) Wealth here is being created out of the work of exchanging ownership virtually over stagnant physical goods. The idea, indeed faith, that the goods in question exist, are what are really being traded. The physical goods are in a hangar somewhere, never moving. Indeed, rotting in many cases if they are perishables. And from this wealth, money is used to find faster and faster technology to feed back into trading. Effectively, the knowledge of a a product’s existence, and its ownership, is traded with interest to pay for trading knowledge of its existence, and its ownership, faster.

At the extreme of this, nations have begun buying each others debt, making money off of the interest payments, effectively inventing wealth from monetary movement. In this case, the derivative of debt interest becomes wealth. The idea which follows is that we have both the means, and in some cases already operating reality, that we can begin to value ideas and knowledge, and the spread of their movements, instead of products and their movements. The further consequences are that invented wealth, such as through debt interest, is used to invent physical wealth, such as infrastructure in Europe, buildings in China, and armies and research in the United States.

 

Economy

From this I can extract a deeper operation that can help in a design.

idea

And this also helps me look into the scales of my previous concepts of acquisition, archive, and curate.

DSC07051  DSC07050  DSC07074

The basic thought I have begun to arrive from this, with feedback from the reviews, is that I can begin to map these physical and hypothetical examples onto an x and y axis to derive a z axis that can be a species:

Idea3

Idea4

idea5

In essence, here an architecture to hold policy would be at the building scale.

And at a larger scale, I can begin looking at how colonization would direct specialized packets of humans, ideas, and resources to fuel them.

idea6

1: https://www.boundless.com/biology/cellular-structure-and-function/the-cytoskeleton–2/cytoskeleton-functions/

2: http://www.cell.com/neuron/abstract/S0896-6273%2811%2900792-6

3: http://www.wired.com/business/2012/08/ff_wallstreet_trading/all/

4: http://www.radiolab.org/story/267195-million-dollar-microsecond/


Tuesday, September 24th, 2013

Economy of Knowledge: Means of Production

My focus so far has been on the ideas of how enclosures of different scales came into existence. From the earliest moments in life, enclosure became a main focus. The first self replicators adapted to cell membranes because some self replicators produced toxic oxygen that killed any replicator that couldn’t protect itself. Likewise, “Sparta didn’t need walls, the other cities…needed walls to protect themselves from Sparta.”(1) But many of these enclosures dealt with different things that they were trying to protect, or indeed, essentially to archive themselves. For cells it was the genetic information that told the proteins what to create. For cities it was the citizenry which told the city how to operate. From this archiving, duplication was possible. be it the duplication of cells through mitosis, or the duplication of cities through colonization for the Greeks. And, projecting a bit ahead, it can be thought that the Greek city states eventually birthed a multicellular organisms with organs from each type of cell. While Athens focused on mercantilism, Sparta militarism, Corinth colonialism, and Macedon Religion, it can be thought that Rome was the natural evolution of all these into a single organism. And natural selection chose it over the Classical Greeks.. This leads to speculation on what sort of macro species may develop out of the research into the three specific species themselves.

For ourselves, we stand at the cusp of natural selection’s forces. Our information is duplicating like never before, but the need for enclosure is becoming all too apparent. Be it a terrorist seeking to shut down the information flow that keeps the stock market going, or a “script kiddie” trying to shut down his friend’s life by using Ransomware against his computer.

 

Regardless of the means, this appears to be a form of acquisition. Billions of years ago some self replicators discovered their lives were much easier if they just stole molecules from packets of self replicators that had already gotten them than it was to work to find more molecules(2). And likewise, when mankind first conglomerating into communities, some communities found it was far easier to just raid others than find resources themselves. This trait of acquisition is yet another main parameter of natural selection. He who can acquire the most, is most likely to survive, or at least in most cases. In some cases this process of acquisition goes unchallenged and all dependencies die off. This, of course, is another parameter of evolution. The ability to curate. The ability to fit into a niche and contribute to a system so that all niches in a network self regulate, and one does not doom all.

 

My first few diagrams focused on these networks. How do they form? What do they want? How do they thrive? How do they progress?

SONY DSCSONY DSCSONY DSCSONY DSCSONY DSCSONY DSC

What these diagrams show is an attempt to understand multiple scales and their connections, along with the structures that develop within them. For instance, networks develop gaps, such as in our synapses, which briefly translate information into a different medium. In our scale, similar tasks are already done at government facilities to curate internal networks from external ones like the internet. In another instance, networks can spontaneously develop on the national scale due to technology. But political curation can cause these networks to establish a membrane, such as the iron curtain during the Cold War. In yet another example, some folks in the space technology and exploration field have begun discussions of how to launch rockets at higher altitudes. It has been understood that if most of a rocket is wasted just getting a few miles up, and the small part left can acquire data from as far as Pluto and beyond, then why not just find a way to launch a rocket hole from the outer atmosphere and go even further and faster? These lessons begin to point towards relationships between acquisition, curation, and archiving. Specifically, how information is dealt with and what architectures enclosing them begin to focus on. The following basic diagrams were done in an attempt to see such events at our own visible scales of nations, cities, and people:

studioconcepts4 studioconcepts5

 

Along the way I began looking at theories of one of the best networks we know of. Our brains. I became interested in the theories of Stuart Hameroff(3). Regardless of if he is correct on consciousness, the general mechanisms he spoke about seem to be true, that being the duality of neurons; a network between them through neurological networks, and a network under them for cell signalling, a very real concept. In the basic sense, it allows for the conceptualization of a person in geometric axis.

 

For example, given an example Neurological network:

studioconcepts2

I can set such a structure into an ideal network, where all nodes are equal in distance to ensure equal speed of data sharing. This results in an interesting relationship between macro and micro networks:

studioconcepts1

It becomes apparent that the network has directional relationships that create different results depending on direction of a data packet. If a neuron sends a data packet upstream via electrical signaling, it can share that data locally with its neighbors to work with via chemical signaling, whatever that work may be dedicated to. The electrical pathways enable quick duplication and acquisition of data across long distances, but the chemical signaling can be slower and more secure locally, as it is harder to alter the identity of molecules than it is an electrical signal. This means that the sharing of data locally can be direct, but the sharing of data globally can be duplicated, compared, and isolated if something is rejected. In theory, personhood becomes the relationship between these networks at different scales and directions.

studioconcepts3

 The realization of a duality within networks begins to become apparent as well at multiple scales Molecules transfer long term information via photons and particles. But they transfer short term information at a smaller scale, via virtual particles. Humans transfer information in long term scale via writing and other mechanisms, but they transfer short term scale information via speech. At the city scale, cities transfer long term information via people and materials. But they transfer information short term via the internet (although this may become the opposite in due time.) So from this I can further look into acquisition, curation, and archiving and what sort of dualities in the form of a species they support. The rough equation I’ve formatted to this question is:

Le equato

Acquisition is a focus on speed, as an infinite distance available in the universe. So, speed becomes a primary focus. Curation becomes a matter of distance, as theoretically all information can be worked with at the speed of light, thus how far the information is becomes the only limiter. Archiving becomes a matter of enclosure. The better the enclosure, the better the ability to archive, and indeed, duplicate the data across multiple nodes for curation. Speed inherently deals with the movement of resources and information along similar networks. Distances can usually be looked in terms of, people as well as application and distribution of that knowledge, And enclosure heavily affects that knowledge and the networks which allow its distribution.

 

(1) Guaporense, http://historum.com/ancient-history/24362-cities-ancient-greece.html

(2)http://www.ruf.rice.edu/~bioslabs/studies/mitochondria/mitorigin.html

(3) http://www.youtube.com/watch?v=R5DqX9vDcOM


Saturday, September 7th, 2013

Sciency Stuff.(updated1)

Visualization of neuron interaction in a fish.

 

Good for time scales.

http://www.chronozoom.com/#/t00000000-0000-0000-0000-000000000000@x=0.10826817754518972&y=-0.11128759681459077&w=1.0885086610125088&h=0.8662817180126591

 

Scale of the universe. More interactive powers of 10.

http://htwins.net/scale2/

Virtual Particles and Higgs.(Made before the discovery of the Higgs)

 

Virtual Particle, Casmir Effect, and other such.
http://io9.com/5731463/are-virtual-particles-for-real

 

Odd video visualizing interactions of virtual particles.

 

Another odd video visualizing interactions of Higgs.

 

Quantum Computing. Because, why not?

 

Coastline Paradox and Fractals.

 

Turning a sphere inside out without cutting it.

 

Robot with a mouse brain

 

And a illy thing. Vacuum and the human body.

 

 

For animations, there’s a good program called Source Film Maker:

http://www.sourcefilmmaker.com/

 

And if you’re interested in simulation data for it, here are some good programs to take a look at:

Clad Diagrams and evolution.
http://www.speciesgame.com/

Minimalist dynamic structure simulation.
http://sodaplay.com/

Human Populations and such
http://portaldev.rti.org/10_Midas_Docs/SynthPop/portal.html

Universe visualization and scale. Addons increase functionality tenfold.
http://www.shatters.net/celestia/

 

A few good short student projects for inspiration:

 


Friday, September 6th, 2013

Evolutions of epoch.

Anthropic Macrostructures

“The pattern of human population growth in the twentieth century was more bacterial than primate,” -Geologic Now

“Wilson calculates that human biomass is already 100 times larger than that of any other large animal species that has ever walked the Earth.” -Geologic Now

‘30% of jungle biomass is ants’ -Emergence, Johnson

“Ignorance is useful” -Emergence, Johnson

 

It becomes difficult to design for humanity at any scale when we realize that we neither are like ant colonies- in which members of the colony have appropriate reduced intellect compared to the whole system- nor like Bacteria. Designing the macro for humanity is more akin to designing an environment for many anthills, than designing an anthill for ants. For most of human history, our population caps were limited by our environment. But now we have come to rule that environment and restrain it, freeing ourselves from the typical forms of natural selection and evolutionary pressures. Our reach simply exceeds our grasp when it comes to our impact and power on the Earth. While we are exploding as a species and fears of overpopulation are ringing nigh, it’s still expected that we may go as far as 9 billion, according to the UN. That goes up several more billion if the third world progresses in health saftey and food security. The Carpenter ants in Johnson’s work had embedded population and environmental self regulators that maintained populations, but we humans are, in a sense, too intelligent to be bound by such caps. In a sense, humans are also completely decentralized for that reason. But we are also centralized in that we form hierarchy. The question that stems from this is how to introduce non-centralized regulations that become embedded in our living spaces and enclosures in order to know, beneath or intellect, how to live, regulate, manage, consume and reproduce upon the anthropic macrostructure that the Earth has become. That macrostructure, as a living system, already displays features of our microsystems smaller than us. Consider a blackout’s effect on a region? How different is a blackout to a city from a pasteurization process for a collection of organisms? As such, perhaps there are micro loci and responses that can be applied and embedded on the macro scale of the Earth to design it to sustain itself without humans going extinct or falling back down into a new dark age.

http://www.un.org/apps/news/story.asp?NewsID=45165#.UintelNYYcs

 

Knowledge as a resource and the next enclosure

“Starvation. Experiment. Illness. All my speculation, all the theories I invoked to explain
this place—top-down constraint, all of it. Underneath, I always knew the ability to
change—to assimilate—had to remain the universal constant. No world evolves if its
cells don’t evolve; no cell evolves if it can’t change. It’s the nature of life everywhere.

Everywhere but here.”-Watts, The Things.

 

Every phase of development of the known universe displays a similar pattern of development: Conditions allow for some form of replication, the replicators expand and diversify to use the local resources, one replicator “discovers” it can get free resources which either comes by destroying the others or the fabrication of a process that often destroys the others. This cycle usually concludes with the adaptation of some form of enclosure to protect from this sudden change. Mass extinction is the end for everyone else who cannot adapt. This process was seen when the first replicators began outputting oxygen, leading to the formation of cellular membranes. It was also seen when the first membrane enclosed replicators began consuming other replicators for food, leading to multicellular life and sexual reproduction for the protection of “one’s livelihood”. It happened once again when the first multicellular organisms began to eat each other, leading to enclosures such as bark, scales, skin, etc.The result of this action can be seen at a much larger resonance in recent history. 70,000 years ago Neanderthals had an established civilization. Archeology has uncovered rich remains ranging from medicine, to culture, to burial of the dead, possibly even primitive sculptures. These creatures had no real enclosures other than the occasional cave. Then humanity arrived some 50,000-30,000 years. A sudden change happens in the archeological record. Humans come in which new advanced technology of spear making and tool fabrication. And an uncanny ability to adapt. Suddenly all those records of Neanderthal culture vanish within a few thousand years, replaced with evidence of cannibalism, leaving the dead where they fall, and the skeletons of children mixed with refuse piles in abandoned caves. The archeological evidence gives hints to scenes of an apocalypse of sorts. With the only known remains being a few hints of crossbreeding between Humans and Neanderthals. Soon after, with no more free resources, humans turned on each other. Villages and caves became assets to claim and conquer. One of the next main remains on the archeological record should be fairly obvious. Walls.

 

How can we change this pattern for the future? How can we redesign the enclosure of the Anthropocene and its otherworldly continuations to not result in another Neanderthal catastrophe? Evidence seems that the next cycle seems to be dealing with the resource of knowledge, presumably the result of the advent of sentient life on Earth. Humans crave it, in all its forms. We are already developing primitive enclosures to protect it. Wealth is a sort of enclosure. In many places it’s impossible to gain knowledge without it. The internet is helping redefine that. But even now a new enclosure is being attempted from the NSA reveal to the hacking defense and offense tactics between the East and West. If knowledge is to be the next resource, both physically and virtually, what kind of enclosure can enable a semi-permeable form? And it follows, how can one design it so that those seeking knowledge are sorted between those seeking to use it to destroy, and those seeking to use it to create. In a sense, how does one design a herbivore of knowledge?

Watt’s Things seem to be carnivorous. And the result is our elimination it would appear. Perhaps if we are to ascend to a similar role as these “Things”, we can do it in our own image?

Diversification of the anthropocene

“Future geologists are more likely to grasp the scale of 21st-century industrial agriculture from the pollen record—from the monochrome patches of corn, wheat, and soy pollen that will have replaced the varied record left behind by rainforests or prairies.” -Making the Geologic Now, Ellsworth & Kruse

If the Antrhopocene is now, and like other epochs, is beginning in light of an extinction event, then what sort of diversification of the next phase of life can one expect? It is fairly apparent by now that each Epoch of history as been going faster and faster. The Proterozoic was one billion, the Paleozoic was 291 million, the Mesozoic 186 million, the Cenozoic just  60 million. Now one could argue this most recent epoch was just some 6 million. It is only logical that the ability to design with a free will and intellect would be birthed now of all times. Evolution likely is not fast enough to adapt to the next shift. It needs an agent to speed it up. That agent might just be humans. Design, after all, is a radically new thing in all history of the universe. For the first time, life can plot its own course outside of the normal limits of natural selection. If this be the case, how can we design that new world? The world of Nausicaa seems to have dealt with this question quite radically. I would even imagine that the fact that it’s only been a few thousand years since the Apocalypse, yet life has evolved as if hundreds of millions of years have gone by, gives strong evidence that no life in this world is a product of evolution. It is, instead, the product of biologists designing for a world they saw coming. They saw the holocene extinction and thought “how can we birth a new world that might sustain itself?”. Why not design a forest to filter the pollutions and destruction of man? Perhaps it is true. The Earth doesn’t think humanity can progress if they have to rely on those monsters. Perhaps, even, it was a test to force humanity to claim its role in the designer of the world, not the consumer.

 

http://www.chronozoom.com/#/t00000000-0000-0000-0000-000000000000@x=0.10826817754518972&y=-0.11128759681459077&w=1.0885086610125088&h=0.8662817180126591

 

http://upload.wikimedia.org/wikipedia/commons/7/77/Geologic_Clock_with_events_and_periods.svg


Wednesday, September 4th, 2013

This is Robert’s project stream



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