25. A machine-implemented, non-abstract and automated process that automatically cross-correlates between likely individual cognitions of an individual first user and corresponding machine representations of communal cognition points, nodes or subregions in a plurality of machine-stored and machine-updated Cognitions-representing Spaces, where the process comprises: (a) transparently and automatically repeatedly monitoring current activities of the first user and attributes of the first user's current surroundings; (b) automatically generating current focus indicator signals (CFi's) that represent respective and temporally adjacent ones of said monitorings of the current activities of the first user and of the attributes of the first user's current surroundings; (c) automatically relaying the generated CFi's to a machine-implemented Social-Topical Adaptive Networking (STAN) system that stores and automatically updates a plurality of Communal Cognitions-representing Spaces, wherein the Communal Cognitions-representing Spaces each include data representing points, nodes or subregions to which corresponding ones of the likely individual cognitions of the monitored first user can be correlated; wherein the Communal Cognitions-representing Spaces include a Context Space whose points, nodes or subregions include ones representing different user-adoptable roles or user performable activities that are respectively adoptable and performable by the first user; wherein said empowering includes machine-implemented identification of the first user; wherein the relayed CFi's are usable by the STAN system for cross-correlating between the likely individual cognitions of the first user and corresponding ones of the points, nodes or subregions of two or more of the Communal Cognitions-representing Spaces maintained by the STAN system; the two or more of the Communal Cognitions-representing Spaces including said Context Space; wherein the monitored current activities include at least one of: a making of one or more facial expressions by the first user; a making of body language gestures other than facial expressions by the first user; a directing of the first user's head in a particular direction; a training or focusing or trajectory patterns of the first user's eyes on or along with particular content presented by a content displaying device; a change from steady state in eye based activities of the first user such as eyelid blink rate, eye dart rate, and pupil dilation pattern; a wobbling, tilting, nodding, or shaking of the first user's head in a particular fashion; an inputting of touch-type or other device actuation inputs by the first user; an inputting of device grip and/or device tilt and/or device jiggle manipulation by the first user; a simultaneous combination of one or more body language gestures and input device actuations by the first user; a change into an active listening mode from a passive or non-listening mode; a change into an active odor detecting mode; a change into a tensed muscles mode; and a change of emotional or biometric state in apparent response to newly recognized content; an activating or deactivating or moving of or shifting between use of different ones of identifiable and at hand resources by the first user such as a turning on of previously turned-off and at hand electrical devices and such as a moving by the first user of identifiable and at hand non-electrical objects; an accepting of an invitation provided by the machine system or a pursuing of additional content suggested by the machine system acid; a deviation of significant magnitude from predetermined patterns of habits and routines of the first user; and wherein the empowering includes: an automatically repeated carrying out by the machine system of one or more automated informational resource lookup operations on behalf of the first user; and providing the first user with an opportunity to access one or more informational resources identified by the machine system based on the automated informational resource lookup operations.
34. The machine-implemented process of claim 25 and further comprising: (d) transparently and automatically repeatedly monitoring current activities of a second user and attributes of the second user's current surroundings; (e) automatically generating current focus indicator signals (CFi's) that represent respective and temporally adjacent ones of said monitorings of the current activities of the second user and of the attributes of the second user's current surroundings; (f) automatically relaying the generated CFi's to the machine-implemented Social-Topical Adaptive Networking (STAN) system, wherein the Communal Cognitions-representing Spaces each include data representing points, nodes or subregions to which corresponding ones of the likely individual cognitions of the monitored second user can be correlated; wherein the points, nodes or subregions of the Context Space include ones representing different user-adoptable roles or user performable activities that are respectively adoptable and performable by the second user; (g) using the respective CFi's of the first and second users, automatically and respectively pointing to respective parts within at least one of the one or more Cognitive Attention Receiving Spaces that respectively correspond to the respective CFi's of the first and second users; and (h) based on sameness or closeness of the respective recently pointed-to parts within at least one of the one or more Cognitive Attention Receiving Spaces that are respectively pointed to on behalf of the first and second users, generating a desirability of joinder score indicating how desirable it is to automatically suggest to both of the first and second users that they join into a common online forum participation session and/or into a common real life (ReL) or virtual life event.