sensesholding

Senseholding is a theoretical construct in cognitive science and philosophy of mind describing the proposed ability to hold sensory information across modalities in temporary working representations to enable coherent perception. The term is not widely standardized and appears in discussions of multisensory integration and temporal binding.

Concept and mechanisms: Senseholding posits transient buffers that preserve attributes such as location, timing, intensity, and object identity across vision, audition, touch, and proprioception. These representations are held long enough to allow cross-modal integration, matching, and scene construction, after which they decay or are consolidated into longer-term memory.

Neurobiologically, it is associated with interactions between sensory cortices and higher-order areas in the parietal and prefrontal cortex, coupled with rhythmic synchronization that supports binding across time.

Applications: In natural perception, sensesholding would support continuity of a moving object seen and heard in sync, or lip reading where auditory and visual signals are aligned. In technology, it informs immersive VR/AR, robotics, and human-computer interfaces that require stable multisensory representations during rapid events.

Relation to other concepts and status: Sensesholding overlaps with sensory memory and working memory and with the binding problem. However, it lacks a settled definition or direct empirical consensus, and some researchers treat it as a descriptive metaphor rather than a discrete mechanism.

Ongoing research seeks to clarify whether sensesholding constitutes a distinct processing stage or a convenient label for known memory and binding processes.

See also: sensory memory, working memory, multisensory integration, perceptual binding, temporal binding.