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Synchronous neural activity can improve neural processing and is believed tomediate neuronal interaction by providing temporal windows during whichinformation is more easily transferred. We demonstrate a pulse gating mechanismin a feedforward network that can exactly propagate graded information througha multilayer circuit. Based on this mechanism, we present a unified frameworkwherein neural information coding and processing can be considered as a productof linear maps under the active control of a pulse generator. Distinct controland processing components combine to form the basis for the binding,propagation, and processing of dynamically routed information within neuralpathways. Using our framework, we construct example neural circuits to 1)maintain a short-term memory, 2) compute time-windowed Fourier transforms, and3) perform spatial rotations. We postulate that such circuits, with stereotypedcontrol and processing of information, are the neural correlates of Crick andKoch's zombie modes.

A Unified Framework for Information Coding: Oscillations, Memory, and Zombie Modes