Lost interested in this for today, folks. The silliness is a little too concentrated for my taste for now...Will check back tomorrow to see if anyone has ACTUALLY BEEN ABLE TO ADD ANYTHING TO THE LIST!
One interesting item to add to the list: scientists conducted an experiment in which they transmitted words to a human receiver 5000 miles away:
Electroencephalogram, or EEG, recordings are taken by placing a cap of electrodes on a person's scalp, and recording the electrical activity of large regions of the brain's cortex. Previous studies have recorded EEG from a person thinking about an action, such as moving his or her arm, while a computer translates the signal into an output used to move a robotic exoskeleton or drive a wheelchair.
In other studies, a method called transcranial magnetic stimulation (TMS) has been used to stimulate parts of the brain by applying tiny electrical currents to the scalp. This causes the neurons in a certain area to fire. For example, TMS can make a person's muscles twitch or can produce flashes of light in his or her visual field.
In the current study, the researchers linked these two processes, EEG recording and TMS. Four healthy volunteers took part in the mind-messaging experiment. One person, (the word sender) was hooked up to an EEG-based brain-computer interface; the other three people (the word recipients) received the messages in the form of TMS [transcrainial magnetic stimulation], and had to interpret the words based on the flashes they saw.
Using the system, the message sender, in India, transmitted the words "hola" (Spanish for "hello") and "Ciao" (Italian for "hello"/"goodbye") to the message recipients in France, located 5,000 miles (8,000 kilometers) away. All three recipients correctly translated the message, the researchers said.
This is one of those emerging technologies straight out of scifi. It may change how people communicate with one another in the next 30-50 years.
Also, see the story of Clive Wearing:
On 27 March 1985, Wearing, then an acknowledged expert in early music at the height of his career with BBC Radio 3, contracted Herpesviral encephalitis- a Herpes simplex virus that attacked his central nervous system.[1] Since this point, he has been unable to store new memories. He has also been unable to control emotions (labile mood) and to associate memories effectively.
Wearing developed a profound case of total amnesia as a result of his illness. Because of damage to the hippocampus, an area required to transfer memories from short-term to long-term memory, he is completely unable to form lasting new memories – his memory only lasts between 7 and 30 seconds.[2] He spends every day 'waking up' every 20 seconds, 'restarting' his consciousness once the time span of his short term memory elapses (about 30 seconds). He remembers little of his life before 1985; he knows, for example, that he has children from an earlier marriage, but cannot remember their names. His love for his second wife Deborah, whom he married the year prior to his illness, is undiminished. He greets her joyously every time they meet, either believing he has not seen her in years or that they have never met before, even though she may have just left the room to fetch a glass of water. When he goes out dining with his wife, he can remember the name of the food (e.g. chicken); however he cannot link it with taste, as he has forgotten.[3]
Despite having retrograde as well as anterograde amnesia, and thus only a moment-to-moment consciousness, Wearing still recalls how to play the piano and conduct a choir – all this despite having no recollection of having received a musical education. This is because his procedural memory was not damaged by the virus. As soon as the music stops, however, Wearing forgets that he has just played and starts shaking spasmodically. These jerkings are physical signs of an inability to control his emotions, stemming from the damage to his inferior frontal lobe.[citation needed] His brain is still trying to send information in the form of action potentials to neurostructures that no longer exist. The resulting encephalic electrical disturbance leads to fits.
In a diary provided by his caretakers, Clive was encouraged to record his thoughts. Page after page is filled with entries similar to the following:
8:31 AM: Now I am really, completely awake.
9:06 AM: Now I am perfectly, overwhelmingly awake.
9:34 AM: Now I am superlatively, actually awake.
Earlier entries are usually crossed out, since he forgets having made an entry within minutes and dismisses the writings–he does not know how the entries were made or by whom, although he does recognise his own writing.[4] Wishing to record "waking up for the first time", he still wrote diary entries in 2007, more than two decades after he started them.
On the one hand, you can use using magnetic fields to manipulate the soup of calcium ions between people's neurons, creating novel sensory experiences. Like perceiving words without any sensory input of any sort, just manipulating the brain directly.
On the other hand, you can destroy regions of the brain, and prevent people from every having specific sensory experiences for the rest of their life. Like being unable to perceive the continuity of their life.
The material basis of sensory experience and its dependence on a specific kind of physical structure is well-established. It even appears algorithmic [1]. I'm not sure how one could observe these examples, and conclude that the apparent physical, material basis of experience is neither. It's not clear what your argument is based on.
[1] Algorithmic interpretation is not implausible. Artificial neural nets are inspired from biological neural nets; from my point of view, brains are just a biological implementation of neural net governed by very simple rules, analogous to the way that Physarum polycephalum -- a type of slime mold -- has behaviors similar to Langton automata, or the whole class of ant-colony optimization algorithms emerging from simple rules describing insect behavior, or very simple rules describing flocking in birds.
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