Perceptual space and time refer to our immediate sensory experience of spatial and temporal phenomena.
They are based on our perception of objects and events in the physical world through our senses. Perceptual space refers to our awareness of the three-dimensional arrangement of objects, while perceptual time refers to our perception of the succession of events or the passage of time.
Conceptual space and time, on the other hand, are constructs of the mind and involve abstract reasoning and conceptualization. They are products of human cognition and can be described using mathematical, logical, or philosophical frameworks. Conceptual space and time go beyond immediate sensory experience and allow for the formulation of theories, models, and laws that describe the behavior of objects and events.
While perceptual space and time are influenced by our subjective experience and are dependent on our sensory perception, conceptual space and time are more objective and can be applied universally. They are tools that enable us to analyze and understand phenomena, formulate hypotheses, and make predictions.
The differentiation between perceptual and conceptual space and time highlights the distinction between our immediate sensory experience and our ability to reason and abstractly think about the nature of space and time. While perceptual space and time are intimately tied to our embodied existence and sensory perception, conceptual space and time transcend our immediate experience and allow for the development of scientific theories and philosophical frameworks.