Chromatin Computation

Entities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.

• Structure in computationconcept0.749
  The actual computational operations a model performs, which the paper argues need not mirror representational structure
• Chromosomeconcept0.744
  Cellular structure containing the hereditary substance; Schrödinger suggests it might be an aperiodic solid.
• Computation as a Physical Processconcept0.742
  Longstanding tradition the paper situates itself within, treating computational complexity as manifesting via physical dynamical phenomena.
• DNA Computingconcept0.737
  Computing paradigm using DNA fragments simultaneously as software and hardware logic gates, blurring hardware/software distinction
• Can we characterize polynomial-time computation and other complexity classes in such terms?question0.732
  Hoping for machine-independent, geometrical characterizations of complexity classes via interaction models.
• Morphological Computationconcept0.729
  Using body shape and material properties to perform computations, blurring mind-body distinctions.
• Hybrid Discrete-Continuous Computationconcept0.724
  Brains perform simultaneous discrete operations (spikes) and continuous operations (graded potentials, fields) that co-determine each other; distinguishes biological from digital substrates.
• Morphogenetic codeconcept0.724
  Information encoding that specifies anatomical outcomes.