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Investigates the importance of microsecond interaural time difference coding in localizing low-frequency sounds in space. Role of glycine-controlled inhibition in interaural time difference coding; Response of coincidence-detector neuron with bilateral excitatory inputs; Observation of neuronal processing with temporal acuity in mammalian central nervous system.

Reports that Ormia ochracea can behaviorally localize a salient sound source with a precision equal to that of humans. Measurement of auditory directional acuity; Details of how information is represented in the auditory system with hyperacute timecoding; Finding that nanoscale/microscale directional microphones patterned after the fly have the potential for highly accurate directional sensitivity, independent of their size; Mentions of coding strategy employed by the nervous system.