  The mysterious phenomenon of consciousness, after having been the subject of
philosophic attention for few millennia, has drawn much scientific curiosity in
recent decades; and many brilliant minds of various areas of sciences are
trying to throw some light on it. Present neuroscience knowledge allows
envisioning the neural processes behind the physical aspects of consciousness,
however what may be behind the experiences of it, which has no physical
insignia, has remained a mystery despite the grounds gained in recent well
received efforts: monumental endeavors concluding in the known theories such as
global workspace theory (GWT) [1] and integrated information theory (IIT) [2],
fall short of providing a solid theory for consciousness: the former proposes a
simple hypothesis concerning the neural basis of 'making a conscious mental
effort,' and the latter, assuming 'experience to be an intrinsic property of
the brain,' formulates how it is transitioned, through certain information
based neural activity, to its physical substrate. Present work puts forward a
theory of consciousness, rooted in the simple and straightforward implications
of the computational operation of the brain which is consistent with well known
facts and recent findings, which indicates presence of motor cortex activity in
relaying conscious experiences. Despite simplicity, the theory provides
fundamental basis for physicalism [3], as well answers for some Meta level
problems of consciousness.
