Molecular Biology of the Cell by Bruce Alberts, Alexander Johnson, Julian Lewis, David Morgan, Martin Raff, Keith Roberts, Peter Walter by by Bruce Alberts, Alexander Johnson, Julian Lewis, David Morg

is transmi ed to the brain as electrical signals. These are decoded by
the brain to construct our sense of reality – an illusory ‘physical’
world that only exists in the brain or the mind. Virtual reality games
mimic this process using the same sensory decoding system.
Information is fed to the senses to decode a virtual reality that can
appear so real, but isn’t (Figs 18 and 19). Some scientists believe –
and I agree with them – that what we perceive as ‘physical’ reality
only exists when we are looking or observing. The act of perception
or focus triggers the decoding systems which turn waveform
information into holographic reality. When we are not observing
something our reality reverts from a holographic state to a waveform
state. This relates to the same principle as a falling tree not making a
noise unless someone is there to hear it or decode it. The concept
makes sense from the simulation perspective. A computer is not
decoding all the information in a Wi-Fi field all the time and only
decodes or brings into reality on the screen that part of Wi-Fi that it’s
decoding – focusing upon – at that moment.
Figure 18: Virtual reality technology ‘hacks’ into the body’s five-sense decoding system.
Figure 19: The result can be experienced as very ‘real’.