Monday, February 24, 2014

APPARATUS AND METHOD FOR DECODING SENSORY AND COGNITIVE INFORMATION FROM BRAIN ACTIVITY* - US Patent Application 20130184558

a genuine two way communication between a Handler using wearable, thus removable( bio sensing headgear)and a subject who has been  indoctrinated into compliance with embedded bio sensors  (nano sized particles injected in the nervous system) often becomes a battle of will..Frequently subjects will go to any lengths to attempt to withhold their private thoughts from instigated transmittance and .because of this resistance years may  be spent breaking down natural defensive measures that a subject employs

Corrections to a subjects "style of thought" can only begin to occur  when a Subject is "broken in" and can let go of all resistance to both the intrusion and  the Mentor A squeamish Subject might drive himself mad by resisting "the new normal" of his situation by  reducing himself and thus the Handler to a sort of pre-speech babbling ,or a system of counting or repeating of meaningless gibberish which only creates ill -will and punitive intracranial response from the "team"..Years can be spent wasted  by a subject who does all he or she can .. to halt,confuse or impede practical neural  extraction and interaction by a trained tele-operator whose primary motivation now must become  the removal of a subject's  self created buffer or "firewall" (repeating, babbling, enunciating backround noise...etc.

07/18/2013
Researchers at the University of California, Berkeley have made important strides in creating software which can identify natural images from human brain activity.. An encoding model is constructed that describes how visual stimuli are represented in the pattern of activity across the  visual cortex. The activity that the image produces has proven out to be  related to the particular visual stimulus that is being viewed at any point in time.

The current research suggests that fMRI-based measurements of brain activity contain much more information about underlying neural processes than might have been expected. In fact so much information is available in these signals that one it may  be possible to reconstruct the visual contents of dreams or visual imagery.Images "in the mind's eye"

The potential use of this technology in the legal system brings with it most of the problems that are already known regarding eyewitness testimony.

 investigators for this innovation are: Jack Gallant, Thomas Naselaris, Kendrick Kay, and Ryan Prenger.






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