- Kinesins head to head
- Stitch
- Home remodeling
- Shuffle trick with strings
- Internet of smells
- Same molecule, different outcomes
- Strings visualization attempt
- Chemlambda with string beads of 3 colors
- Chemlambda-hask walkthrough
- Howto use the chemlambda collection of simulations
- Enzymes in the chemical concrete machine
- Why this collection
- The chemlambda collection of simulations
- Quines in the '50
- Neurons improved
- The Seed, later
- Mother of dodecahedra
- Aggressive growth
- Pharma meets the Internet of Things
- Majorana, chemlambda quines and the no-semantics point of view
- Middle of a neural network computation
- Disorder from a very regular state
- CryptNet's true desire is the Seed
- Random healing grid
- Bigger healing grid
- C(he)mLisp
- Before chemical computations it was about space
- Green leaves
- The missing link between the half-life of double trees and green leaves
- Assembly sequence
- Half-life of double trees
- May 2015 post at chorasimilarity
- Playing with a quine while it reduces
- How much can you match an existing investment
- Another microscope version
- Metabolism and reversibility
- Snapshots sequences
- Packed fractal
- Preparing the microscope
- My first chemlambda superman suit
- Birth certificate
- Logo
- Why it does not work
- My reports (not related)
- How it works
- Polyribosome, first attempt
- Polyribosomes as molecular 3D nanoprinters, and vaults (ref)
- Large scale structure of a piece of Ackermann goo
- Infected tape duplication with space constraints
- Space is a plug-in in the chemical computer
- Neural quines eye candy
- Bidding ends
- Life snapshots
- Born from randomness
- Random Ackermann(2,2) with space constraints
- Metabolism is failed replication, with space constraints
- Ghosts means recurrence
- Ackermann(4,4) goo with space constraints
- In vitro
- Ackermann(4,4) goo may be indiscernible from life
- Rings nostalgia
- Ackermann goo, or Ice-nine
- 4 Ackermann runs in parallel
- Announcement: there exists an encoding...
- Mini Boltzmann brain
- Difficult observation of spreading cloud of molecules
- Attack and defense
- Molecular factories
- Metabolism is failed replication, deterministic version
- Predecessor of a fractal (2)
- Film strips
- How to make your own animations
- Fractal explosion
- Taking shape
- First testing the chemlambda Haskell API
- Competing chemical transactions and emergence of chemlisps
- Predecessor of a fractal
- Fractal out of the box
- The wheel, later
- Bigger fractal
- "The neurons do a better job..." (ref)
- Containment and diffusion
- Non-cooperating starmaker
- Divide and conquer
- Hibridization is a derivative
- Starbuds (hybridisation is a derivative part II)
- Self and collaboration
- Starmaker factory
- A trailer for a movie
- The actor kinesin
- Mitotic spindle
- Chemlambda-hask
- Detail of a living computation
- Kinesin walking on itself, recursively
- Mask of anarchy is a quine
- Invention of the wheel
- Deterministic synthesis from a tape
- Now you see it, now you don't
- Deterministic duplication (2)
- Kinesin for making stuff
- Is this duplication?
- Deterministic (pseudo)-duplication in 17 steps
- Third fractal
- Synthesis from a tape
- Really complex simulations
- Welcome to the soup (link to imar tutorial)
- Divide or not divide
- Fractal pants
- From fractal to stringy
- Discussion on metabolism and replication
- Starmaker, deterministic version
- Fractal 256
- Two neurons interacting, deterministic version
- Can anybody tell wtf is happening here? (from an issue with Victor Maia on github)
- Meiosis atempt, variation
- 16-05-09 Metabolism as failed replication, another example
- Meiosis first attempt, deterministic version
- LPU is lambda processing unit?
- Symmetry breaking, specialization, adaptation
- Meiosis, first attempt
- Two neurons forming and making connections
- Metabolism is failed replication idea
- Autonomous data management
- Symmetry breaking, specialization, adaptation, part 2
- Kinesin and signal on the same grid
- More than 400 molecules for free
- Starmaker in a sea of quines
- 4 pieces colony
- The brain worm
- Compare quiner\_shuffle with quiner\_experia
- Bilateral symmetry
- Two species remain
- Kinesin remake
- Two signals through a crossbar grid
- Ghost needs a faster shell, pls
- Build with permutations
- Dancing sequance, totally not serious
- Breathing
- Early vs later birth. Identical mothers, different fates.
- Gotcha Alice, says Eve
- Tube constructors in series and in parallel
- Kinesin relative
- Mother quine spawns happy babies
- Colonies and metabolism
- Small ecology
- Pseudoknot evolving
- Colony of 8 16 bubble quines
- Mix of 3 programs disentangle and proceed at own's pace
- cyberpathogen infecting cell?
- Ecology mix
- Control center gets fatter, the others have kids
- Same colony, different enzymes availability
- Boot of a 7 cell tissue
- Autonomous dendrites growth
- Time realistic burp
- Mobius-Kantor graph duplication
- Centrosome (map of island and treasure discussion!)
- cyberpathogen for 2014 (chorasimilarity post)
- Rosenkrantz and Guilderstern
- The scenic space (chorasimilarity post)
- Dodecahedra life demo
- Blobs doing something
- Fancy Ackermann function demo
- Part of a tissue
- Neurons composite image
- Learning to grow neural networks
- Pretty bubble quines, again
- 6 neurons
- Fibonacci numbers with Turing tapes
- Birth of a machine
- Circular tubes
- Lambda terms are molecular factories
- One neuron in chemlambda, detail
- Actors view of a siamese pair of molecules
- Optlam issue opened by me at Victor Maia repo
- Smooth walking kinesin
- Molecular blog (big factorial)
- 4 levels deep RNN
- Microscope views
- Tangled factorial, back and forth
- Two neurons interacting
- 4chan posting (kinesin)
- Scripts added at the chemlamdba repo
- Propagation of a mutation
- RNN again
- Dynamical system short movie
- Kinesins, microtubules and quines
- Structure of a thought (RNN)
- First cell prototype 8
- Dodecahedra
- Factorial wheel
- Interview at HackYourPhD
- Dodecahedral walker
- Fibonacci numbers with tube constructors
- The replicant (later turned into a chorasimilarity replicant post)
- Making, then unmaking (tube constructor)
- Morphing (spiral matrices constructors in parallel)
- Mock Ebola matrix
- Ackermann function with tube constructor
- everything needs to change so that everything can stay the same
- Turing machines grafted on the mock Ebola matrix
- First cell prototype 7
- Tubes
- Molecular embroidery
- The loop is the seed
- 8 kinesins weaving a web
- Bubble creatures (hybridised tapes)
- Turing machines migrate thru the branches
- Stringy molecules interacting
- Cell prototype interacting with kinesin mechanism
- Gemini contact
- True kinesin
- Busy molecules weaving the web (kinesins)
- Molecular motor (kinesins)
- First cell prototype 4
- A curious principle of bond compensation (ref)
- Two ways microtubule
- A cell with 4 parents (tapes+ failed replication)
- Maidsafe blog post (ref) with my discussion
- Histone attempt (The cloud)
- Ponyo
- Blog post by Wolfram with my discussion
- A small part of a bigger factorial computation
- Metabolism as failed replication. For example protein synthesis
- Transport line
- Duplicate, then execute
- Zipped computation
- Time to feed my critters
- The maker of starmakers
- Symmetries of conflicts
- Feeling space
- Duplication of duplication
- Nanomachine factory
- First cell prototype 2
- After the IOT comes Gaia (chorasimilarity post)
- Synthetic replication (tapes)
- Structure from symmetry
- Explanations about chemlambda (diffuse.tex)
- Feed the ouroboros (II)
- Duplicate OR duplicate and execute
- Omega duplication
- Reduction of false omega id in chemlambda
- Binary lambda calculus interpreter
- Conservative quine
- Local machines can coexist (lambda+turing)
- Exhibition proposal
- Life at molecular scale
- First cell prototype 3
- Artificial complexity, actors version (two ackermanns hybridised)
- A census of small molecules
- Some explanations concerning the trailer for the movie
- Vimeo video mauve
- Artificial, real, artificial complexity
- Fatgraphs discovered and molecular computers article
- The snowflake quine
- Dessin d'enfant
- Mutation (vimeo video)
- The Curry paradox creature
- Walker passing thru actors
- Pseudo-graphene builder
- Working session
- Five actors
- Dust to dust (quines dying)
- Victor Maia issue 2,
- Mist of the future (whatif proposal of collaboration)
- Learning to use the scripts
- Medusa
- The path shortening phenomenon
- Artificial complexity 2 (mauve)
- Structure
- Torus quine
- Signal transduction whirls
- The shrimp thing
- Deterministic vs random (vimeo)
- Quines are not actors
- Two Ackermann functions, three actors
- Movie HHMI used later (ref)
- The mask of anarchy evolves to life
- Action
- Happy Birthday Claudia
- Molecular computers in real life
- Structure
- Composite image from two animations
- 24 busy beavers
- Deterministic vs random (vimeo video)
- Replication (vimeo video)
- Emergence of AI from clockwork parts (vimeo video)
- Movie trailer (vimeo video)
- Recursive, fractal, time, space (vimeo video)
- Movie trailer (youtube video)
- Movie sequence (later in the movie trailer)
- Is this alive enough? (sequence later in the movie trailer)
- Warped lightcone, or nano-material fabric
- Two swirls, experia version (sequence later used in the movie trailer)
- Experia shows the tree
- Github update of the quiner experia
- Experiment in black (experia beginning movie)
- Experia version first demo
- Two swirls
- Sea creature is not... (movie bigpred\_tree\_double...)
- Ackerman(3,2): there can be only one
- An egg hatching (double\_bigpred\_train\_perm.mol)
- Maze traversal
- Synthetic ouroboros, animation
- Hybridized ouroboros
- Tree traversal magic
- Synthetic ouroboros (movie)
- Ackermann again
- Feed the ouroboros
- Ouroboros, the first quine
- From dusk till dawn (ackermann(4.0))
- Signal transduction made visible
- Synthetic stuff
- Invisible puppeteer
- Protein
- Another fresh self-composition of a permutation
- Chemlambda-py animation
- Road traffic (permutation)
- Permutations composition
- Permutation wheel
- Atomic heart quine (permutation, deterministic)
- Call by value, call by need, call by any other name
- Permutations
- Factorial 5!=120
- Signal transduction
- Baby octopus
- Surface generation
- 1000X this makes a microbiome OS
- The madness 81 group of experiments (part II)
- This is how a molecular computer would like
- The madness 81 group of experiments (part I)
- The madness 81 group of experiments (part III)
- Meaning, time dependent (ackermann(3,2))
- Chemlambda anniversary, 28 June 2013
- Fast speed structure
- One or many organisms (big quine)
- Routing (tree comparison, shuffle trick)
- What if it can be done (chorasimilarity post)
- 27 microbes
- What is time for a quine (deterministic)
- Proof of equality via the shuffle trick (trees)
- Towards fractal patterns in quines
- Complex lifeforms (quines, patterns)
- Command for cytokinesis
- The case of the pattern which is not there
- Promisses of crossings (ifthenelse)
- Is there something in the box?
- False is a hybrid of True
- Boolean wire
- Apply the Y combinator to a busy beaver
- Mirror mirror on the wall, who's the simplest model of computation of them all?
- Neuron replication
- The story of the first artificial life organism in chemlambda
- The replication mechanism for circular bacterial chromozomes is known
- Ring duplication and hybridization
- The Y combinator in chemlambda, explained
- Duplication of a DNA like structure in chemlambda
- This animation starts with one Turing machine and ends with 3 Turing machines
- Artificial life microbes on one side, standard computation tests on the other
- There are $O(10^2)$ artificial molecules in chemlambda which are made by 2 main nodes
- Zipper logic
- Neuron like artificial molecule
- How big an artificial living molecule can be?
- When biological immortality is possible in Nature, why is it so rare, especially for complex organisms?
- An artificial microbe (aka chemlambda quine) is a molecule which keeps approximately its shape under random interactions with rewrite enzymes (metabolism visualization)
- Evolution of a 20-quine, with a visualization trick
- Biological immortality means that the probability of death does not depend on the age of the organism. A well known example is Turritopsis dohrnii
- Play with artificial microbes (youtube video)
- My first gif created from video
- The basic bricks of the MicrobiomeOS are chemlambda quines (colony of two species of quines)
- Duplication of id
- Duplication of a FO tree demo
- The all-in-one illustrated shuffle trick (chorasimilarity post)
- Lambda calculus and other secret alien technologies... (chorasimilarity post)
- There are two extremal applications of the shuffle trick
- The beta reduction from lambda calculus
- Join me on erasing the disctinction between virtual and real
- The other extremal application of the shuffle trick
- Toorings demo
- Shuffle trick
- Is not straightforward to get good chemical computations from lambda calculus
- newfact\_zero demo