(Page 1194b) Notes for: The Principle of Computational Equivalence | Implications for Technology Alkane properties The picture on the facing page shows melting points ...

(Page 0497) The Sequencing of Events in the Universe In the last section I discussed one type of model in which familiar notions of time can emerge without any kind of ...

(Page 1195b) Notes for: The Principle of Computational Equivalence | Implications for Technology Future technology The purposes technology should serve inevitably change as ...

(Page 0418) But what kinds of shapes can folding produce? The pictures above show what happens when the local curvature -- which is essentially the local rate of folding -- ...

(Page 0592) The rules for such cellular automata work by assigning to each possible neighborhood of cells a certain probability to generate a cell of each color. And for any ...

(Page 0967a) Notes for: Mechanisms in Programs and Nature | Universality of Behavior History [of universality of behavior] That very different natural and artificial systems ...

(Page 1105b) Notes for: Processes of Perception and Analysis | Higher Forms of Perception and Analysis Biological [forms of] perception Animals can process data not only from ...

(Page 1182b) Notes for: The Principle of Computational Equivalence | Intelligence in the Universe Computer communication Most protocols for exchanging data between computers ...

(Page 0417) application of three-dimensional geometry to very simple underlying rules of growth. And so once again therefore natural selection cannot reasonably be considered ...

(Page 0468) that follow [ 6 , 7 ], my guess is that at the lowest level there will just be certain patterns of connectivity that tend to exist, and that space as we know it ...