1. The love of new things or ideas.
2. A work wholly composed of verses or passages taken from other authors;
only disposed in a new form or order.
6.22.2009
New Book List
Great Article
http://www.wired.com/wiredscience/2009/04/newtonai/
I especially enjoyed the comment thread that follows.
I miss you guys!
Kelsey
6.18.2009
Message Table
| Frame | Outer | Inner |
Record | Disc | Sound | Music/Emotion |
*DNA | Aperiodic crystal | Genotype (Genes) | Alleles (Traits) |
Message in a bottle | Paper in glass container, floating in water but dry | Letters in message, signifier, "h" "e" "l" "p" | Signified HELP! |
Painting | Frame | Colors and Lines | Feelings/Idea depending on the period |
Bird Flying South | Meat, Feathers, Sky, Light | Science | Season, Air exists! Laws of Aerodynamics |
π | numerals | "3." "1" “4” “1” “5” “9” etc. | A circle's circumference divided by its diameter |
Virus | Protein stuff | RNA | Copy Me! |
Billboard | Wood, paper, Position | Images, Logos, Alphabet | Buy Me! |
White dove | Meat & feathers | (Western) Cultural reference | Love (Peace) |
Page 176 of GEB | Paper with ink | “CCGTCAGG…” | DNA* |
Thanks so very much Ruth for typing this up. Does anyone want to add anything more? (leave a comment!).
This Week's Newsletter
Thanks again to everyone for challenging me this week. Big thanks to Hope for giving us a place to meet.
Some announcements:
- We're reading Chromatic Fantasy, And Feud (pg 177) and Crab Canon (pg 199).
- Chapter VII (pg 181) is Propositional Calculus. This is probably going to be one of the hardest things for most of us. Write down your questions.
- I'm really going to try to bring food this time. Seriously.
- Two weeks from now, Kera will be presenting (6/30).
- While you're here on Centophilia, leave some comments.
-Nick
6.17.2009
publishing pdf files into a blog
6.16.2009
Largrangian Interpolation
Today I mentioned something about interpolation but breezed over some of the algebra intensive parts because I know that for the most part you're not all enthusiastic about Euclid (that alliteration is intentional, I also considered "giddy about Gauss" and "pleased with Pythagoras") I feel I've done the world a disservice, so here's a post pretty much no one will read.
This is called Lagrangian Interpolation, named after some guy Lagrange. Given any number of points, you can create (find?) a polynomial that describes it. For the sake of simplicity, I'll use just three points, but it'll be really obvious how you can expand to any n+1 number of points.
Consider three points, for the sake of avoiding subscript we'll call them (a,A),(b,B) and (c,C). This is just like your high school algebra class, the first number (the lowercase letter) tells you how far over in the x (horizontal) direction and the second (capital) tells you how far up in the y (vertical). It's like Battleship. So if (a,A) = (3,4) you'd go over three and up four (grab some graph paper and play along).
Now here's the formula you've all been waiting for:
(I’m going through formatting hell right now, so please bear with me).
With this equation, if x = a, both the second and third terms reduce to zero, and the first term reduces to A:
So the curve passes through the point (a,A) (and (b,B) and (c,C)). I feel like it might be a little confusing at this point, but it’s difficult to explain without a white board, so deal with it.
Stop! Example time. (like Hammer time, but without baggy pants). Consider the points (1,1), (2,3) and (5,8). Ultimately our goal is to find the equation for a curve that passes though all of these points. We can use Lagrange interpolation to find the equation:
And if we really wanted to (and we really do) we could reduce it even further:
Which actually isn’t too intimidating. Hooray for algebra.
This connects directly to the complexity stuff we were talking about quite nicely. You can see how lengthy the equation is for just three points, and it just gets obnoxiously bigger as you add more and more points.
For 7 points: (1,1),(2,8),(3,2),(4,7),(5,0),(6,6),(7,0) we get this crazy graph.
This can be described by the offensive equation:
-0.2681x6 + 6.4208x5 - 60.743x4 + 287.9x3 - 712.49x2 + 858.18x – 378
The more and more “random” points we add, the worse and worse our descriptive formula gets. At this point, it’s obvious (I hope) that the descriptive equation for random points is just as complex as the bunch of points themselves.
If you’ve gotten this far, leave a comment or something so I can get a feel for whether or not there’s a call for something like this.
-Nick
6.14.2009
Complexity, criticality and meta-modernity
-Push order to its limit and it becomes chaotic. Push chaos to its limit and order emerges. In between order and chaos is a critical region of complexity. Criticality, too, will be a central motif of meta-modernity. What is criticality like? Critical states are scale-invariant: they possess structures of all sizes on all scales. In the critical phase-transition of a magnet, there are clusters of north-pointing atoms and clusters of south-pointing atoms of all sizes, from one atom to system-spanning percolating clusters. The geometry of these mixed clusters is fractal. Critical states are also coherent: what happens in one part of the system quickly affects the rest of the system. And critical states are optimally free. A critical system has all its possible states equally present; it can transform into any of its states in a minimum number of steps.
-At this critical moment in history, the synthesis of modern and postmodern can be seen as between them rather than as beyond them. Meta-modernity is a critical phase transition in culture, a fractal boundary between different cultural states. Categorical distinctions are neither erased nor ossified in this critical state. Instead, every entity can become anything at any time, in one step. Entities turn into information-bearing monads that can flip states spontaneously. A monad can choose to be living or non-living, art or non-art, conscious or unconscious, human or inhuman.
This week's Newletter
Everyone already got this as an email, this is mostly for me to make sure I get what I'm doing.
Just some reminders:
- Next Tuesday we'll be back in the Learning Center's Conference Room.
- We'll be reading Little Harmonic Labyrinth (p 103) and Canon by Intervallic Augmentation (pg 153).
- I'm planning on resuming my duties as food bringer (not really a reminder... but what the hell).
- Three weeks from now, Kera will be presenting (6/30)
Used copies of Godel, Escher, Bach are really cheap on Amazon. (under $10 including shipping!)
Thanks everyone for this phenomenal opportunity to push my mind to the limit, and a cosmic sized thanks to Joe for dinner.
6.13.2009
Modernism vs. Postmodernism
6.11.2009
John's notes on the cento
6.10.2009
New Working Book List
Math:
-The Universal Computer- Martin Davis
-The Turing Omnibus- A.K. Dewdney
-Infinity and the Mind- Rudy Rucker
Science:
-General Systems Theory- Ludwig von Bertalanffy
-Complexification- John L. Casti
Philosophy:
- Critical Environments: Postmodern Theory and the Pragmatics of the “Outside”- Cary Wolfe
- Observing Complexity: Systems Theory and Postmodernity- Cary Wolfe
- Tractatus Logico-Philosophicus- Ludwig Wittgenstein
Art Theory:
- selection of Systems Art essays (http://www.volweb.cz/horvitz/burnham/homepage.html)
- selections from Computer Music Tutorial- Curtis Roads (“Systems Theory: Linked Automata,” “Brief History of Formal Processes in Music”)
Instantiations:
Hans Haacke
Iannis Xenakis
Chaos Theory
Math:
Poincaré
-Mathematics and the Unexpected- Ivars Ekeland
-Chaos, Fractals and Power Laws- Manfred Schroeder
Science:
- Chaos: Making a New Science- James Gleick
- The Turbulent Mirror- John Briggs and F. David Peat
Philosophy:
- Chaos and Order: Complex Dynamics in Literature and Science- N. Katherine Hayles
Art Theory:
- selections from Computer Music Tutorial (“Stochastic Processes,” “Fractals,” “Chaos Generators”)
- "Aesthetics of Failure"- Kim Cascone
Instantiations:
- Snow Crash- Neal Stephenson
John Cage
Oval
Pollock
Rauschenberg
Julie Mehretu
Jared Tarbell
Complexity Theory
Math:
-A New Kind of Science- Stephen Wolfram
Science:
- Programming the Universe: A Quantum Computer Scientist Takes on the Cosmos- Seth Lloyd
- Critical Mass- Philip Ball
Philosophy:
- A New Philosophy of Society: Assemblage Theory and Social Complexity- Manuel DeLanda
Art Theory:
- “Abstraction and Complexity”- Lev Manovich
- selections from Computer Music Tutorial (“Cellular Automata” “Total Automation vs. Iterative Composition”)
Instantiations:
Information Theory (isomorphism, mapping, the location of meaning)
Math:
- Meta-math!: The Quest for Omega- Gregory Chaitin
- Mind Tools- Rudy Rucker
Science:
- Decoding the Universe: How the New Science of Information Theory is Explaining Everything in the Cosmos, From our Brains to Black Holes- Charles Seife
Philosophy:
Art Theory:
- Art as Language: Wittgenstein, Meaning and Aesthetic Theory- G.L. Hagberg
Instantiations:
- Pattern Recognition- Gibson
- Crying of Lot 49- Thomas Pynchon
- "Entropy"- Pynchon
- selections of Borges (Library of Babel, Garden of Forking Paths, Tlön, Uqbar, Orbis, Tertius)
- Valis- Philip K. Dick
Postmodernity (Axiom systems, undefined terms, incompleteness, relativity, recursion, self-reference, intertextuality)
Math:
- Mathematics: The Loss of Certainty- Morris Kline
Science:
- The Structure of Scientific Revolutions- Thomas Kuhn
- Against Method- Paul Feyerabend
Philosophy:
- The Postmodern Condition: A Report on Knowledge- Jean-François Lyotard
- "From Postmodernism to Postmodernity: the Local/Global Context” http://www.ihabhassan.com/postmodernism_to_postmodernity.htm
- Mythologies- Roland Barthes
- Limits of Interpretation- Umberto Eco
- Philosophy and the Mirror of Nature- Richard Rorty
Art Theory:
Instantiations:
- Gravity's Rainbow-Thomas Pynchon
- White Noise- Don DeLillo
- Infinite Jest- David Foster Wallace
Artificial Intelligence & Artificial Life
Math:
-The Computational Beauty of Nature- Gary William Flake
Science:
- How we Became Posthuman: Virtual Bodies in Cybernetics, Literature, and Informatics- N. Katherine Hayles
- Artificial Life: A Report from the Frontier Where Computers Meet Biology- Steven Levy
Philosophy:
Art Theory:
- Metacreation: Art and Artificial Life- Mitchell Whitelaw
Instantiations:
- Galatea 2.2- Richard Powers