WE 'feel' touch stimulus NOT in the brain cells but in the sensing devise outside the brain cells in the skin-muscle tissue, if originated in the peripheral organ ( >>except if brain cells themselves are stimulated as sensory neuroreceptors).
Likewise, we see things , smell odor, taste foods, or hear sound NOT IN THE BRAIN but in the sensory neuroreceptors of the sense organ ( except if the brain cells themselves are used as sensory neuroreceptors).
But 'feeling' the stimulus is not enough: we have to remember it (e.g. which necessitates a multiple storing media and immediate playback, and recoverable replay).
But remembering what you have 'felt' is not enough. You have to 'feel' it again (or what you have to 'feel' what you have remembered). In addition, feeling what you have remembered 'feeling' is not the conclusion: it must be confirmed or reaffirmed (by replay and collision) in the brain - thus, necessitates reverberation).
However, these mentioned events are not enough: they have to be compared to other rememberable experiences (which necessitates the 'on the spot replays', and the extra replays of a half-second ago experience, a second ago, a minute ago, an hour ago, a day ago, a week ago, a month ago, a year ago, a decade ago, and/or so on at random). The compared experiences must be replayed and reaffirmed and stored again.
Consciousness, in its tiny form, is the initial (start) contacting push of electricity (electric current of conductor or electrochemical impulses of nerve) from the detector (or sensory receptor) and remembering it.
(Consciousness starts in the initial depolarization of the sensory neuroreceptor.)
The running electricity in the conductor does not 'feel' consciousness. This consciousness must be realized in the brain cell by the mentioned events earlier about replays.
Images: drawings - Allan Poe Bona Redoña
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