Linked from

The 13 pages that link to Sensory substitution, each with the reason it gives.

• Sensory neuronRelated: It exploits the nervous system's capacity to interpret patterned sensory-neuron input as useful information.

• SensationRelated: Substitution devices rely on intact receptors to encode signals from a different source.

• ProsthesisRelated: Vibration or other cues can communicate prosthetic contact when natural sensation is absent.

• Somatosensory systemRelated: It can deliver environmental or body-related information through tactile stimulation.

• Tactile foragingRelated: Touch can guide food discovery when vision is obscured or unavailable.

• Haptic technologyRelated: Haptic displays can encode visual or auditory information as touch.

• Sensory processingRelated: It demonstrates how the brain can interpret structured input through an atypical sensory route.

• Sensory perceptionRelated: It demonstrates that useful environmental information can reach perception through alternative channels.

• Star-nosed moleRelated: The mole's tactile specialization shows how touch can guide behavior in visually limited settings.

• Blind man's buffRelated: Players can use hearing and touch to compensate for the catcher’s temporarily blocked vision.