Make note of the screen culture symptoms: lack of linear narrative, increase in speed, shorter attention span, skimming, less engagement with content/meaning, "efficiency", increase in scatterbrain, etc. Also, the descriptions about how this behaviour effects the perception of reality.
This short video explores how the online world has overwhelmingly become the popular outlet for public rage by briefly illustrating some of the many stories of everyday people which have suddenly become public enemy number one under the most misunderstood of circumstances and trivial narratives. With the web acting like a giant echo-chamber, amplifying false stories and feeding on the pent-up aggression of the audience watching the spectacle, The Outrage Machine shows how these systems froth the mob mentality into a hideous mess, as a good example of where the spectacle goes and how its intensity has to keep ratcheting up in order maintain the audience attention, in a culture of dwindling attention spans, distraction and triviality.
Filmmaker and author Jon Ronson also recently wrote a book about this topic too, which is quite good. So You've Been Publicly Shamed. His TED talk is essentially a 17 min overview:
And a longer presentation with interview and Q&A from earlier this year:
"Full utilization of current implants in this way would be difficult without open access to their internals. Fortunately, threading a 16-spot electrode snake into your cochlea is not the only road to acoustic nirvana. New bone conduction technologies that make Google’s Glass sound downright primitive are already available. Cochlear corporation, one of the three big implant makers in the US, makes a device they recently trademarked as BAHA (bone anchored hearing aid). The BAHA is not your grandpa’s hearing aid; nothing goes inside the ear canal. The key element here is a screw that impedance-matches sound vibrations to your skull, and also provides an anchor for the speech processor and associated electronics.
The weak link for implants has always been communication through the skin. The BAHA’s titanium screw has a special surface treatment that aids in osseointegration (integration with the surrounding bone). The external part of the device then screws in through a gap in the skin. In theory, the entire vibratory stimulator could be put inside the bone implant. The attachment to any external processor, if needed, could be with done similarly to the way the IMS retinal prosthesis does it, with subcutaneous magnets. More likely, however, directly attached external controllers will remain critical components for these devices. Rather than a thick feed through as is the current BAHA design, something more comparable to a body piercing could adequately serve as the physical interface for an even more user-friendly device."