This paper proposes a mathematical definition of cords of consciousness (CoC) as the outcome of synchronized neural patterns in the brain, which also exhibit those patterns. CoC represent information embedded within a timeless, dimensionless metaphysical space. The work explores physical and metaphysical relationships between brain neural activity and conscious sensations such as dreams, lucid dreams, ideas, memories, and out-of-body experiences (OBE or astral projection). Individual consciousness is defined as a collection of CoC, and each person is a virtual junction on a metaphysical net. CoC can be learned from neural patterns, potentially allowing memory manipulation through external patterns that create artificial consciousness.
A mathematical theory proposes that conscious states and physical neuronic states occupy identical abstract Hilbert spaces, with consciousness arising when a conscious state aligns with a neuronic state. Neuronic states change continuously through life experiences, increasing ordered, coherent states while decreasing random ones. Transitions between states are governed by the Gorini-Kossakowski-Sudarshan-Lindblad formalism, which also mediates the effect of consciousness on bodily actions. The model interprets classic findings on long- and short-term recall from Shepard (1958–2011) and Sternberg (1966–2016).