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Originally posted by Phage
Do any of you actually understand the experiment?
There was no communication of any sort involved. It was a variation on Pavlov's experiments with conditioned responses. The only difference being that the bell that Pavlov used was replaced by an electrical signal from the "leader" rat's brain. The leader was taught that it would get a reward by producing a certain "signal" from its brain (the "bell"). The "follower" rat was taught that it would get a reward if it performed a certain behavior after the "leader" rat rang the "bell". The leader had no intent, it acquired a conditioned response which elicited another conditioned response in the follower.
It's a really interesting behavioral conditioning experiment, but telepathy? No.
Originally posted by Phage
Originally posted by Phage
Do any of you actually understand the experiment?
There was no communication of any sort involved. It was a variation on Pavlov's experiments with conditioned responses. The only difference being that the bell that Pavlov used was replaced by an electrical signal from the "leader" rat's brain. The leader was taught that it would get a reward by producing a certain "signal" from its brain (the "bell"). The "follower" rat was taught that it would get a reward if it performed a certain behavior after the "leader" rat rang the "bell". The leader had no intent, it acquired a conditioned response which elicited another conditioned response in the follower.
It's a really interesting behavioral conditioning experiment, but telepathy? No.
www.abovetopsecret.com...
"It could be argued that the results reported here could have been obtained if prerecorded signals from encoder rats had been used to guide the behavior of the decoder rats. Qualitative and quantitative observation of the behavior of the animals reveals that this is not at all the case. In both motor and tactile BTBI sessions we observed drastic changes in the behavior of encoder and decoder rats as soon as they started to work as part of a dyad. Both encoder and decoder animals either made quick attempts to respond earlier or, conversely, they reduced their response rate or even stopped performing according to the dyad behavior."
"These overall changes in the dyad behavior, irrespective of their direction (e.g. increased or decreased latency), are a clear indicator that a fundamentally more complex system emerged from the operation of the BTBI; one which required considerable adaptation from the participant animals so that they could jointly perform the sensorimotor tasks."
"Fourth, our results showed that both encoder and decoder rats changed their behavior according to the dyad performance. This observation suggests that operation of a BTBI induces the establishment of a highly complex system, formed by a pair of interconnected brains. As such, this brain dyad behaved in a way that could not be predicted if only pre-recorded neural signals had been used for encoding purposes. We speculate that the description of the complex system generated by the dyad transferring information and collaborating in real time, will reveal fundamental properties about the neural basis of communication and social interactions"
So it seems that there is at least some evidence that the introduction of the feedback loop between the encoder and decoder animals causes a response that can be considered significantly different from a response that would be provoked by an "internet connected red light" if I am understanding your meaning correctly.
Originally posted by Phage
reply to post by dominicus
Sorry.
I don't have a million bucks or I'd take the bet.
During the late 1970s, Prof Jahn decided to investigate whether the power of human thought alone could interfere in some way with the machine’s usual readings. He hauled strangers off the street and asked them to concentrate their minds on his number generator. In effect, he was asking them to try to make it flip more heads than tails.
It was a preposterous idea at the time. The results, however, were stunning and have never been satisfactorily explained.
Again and again, entirely ordinary people proved that their minds could influence the machine and produce significant fluctuations on the graph, ‘forcing it’ to produce unequal numbers of ‘heads’ or ‘tails’.
According to all of the known laws of science, this should not have happened – but it did. And it kept on happening.
Mind-controlled robotic arm has skill and speed of human limb
Experts are calling it a remarkable step forward for prosthetics controlled directly by the brain. Other systems have already allowed paralyzed patients to type or write in freehand simply by thinking about the letters they want.
In the past month, researchers in Switzerland also used electrodes implanted directly on the retina to enable a blind patient to read.
The development of brain-machine interfaces is moving quickly and scientists predict the technology could eventually be used to bypass nerve damage and re-awaken a person's own paralyzed muscles.
According to all of the known laws of science, this should not have happened
Originally posted by Phage
reply to post by dominicus
Using brain impulses to operate machinery is a far cry from brain to brain communication.
But perhaps I misunderstood your offer of a wager.
BTW, This statement is nonsense
According to all of the known laws of science, this should not have happened
edit on 3/2/2013 by Phage because: (no reason given)
Yes. But one person's internal communication system is not the same as another's. Everyone's thoughts are produced by unique patterns of neuronal connections. Patterns of extremely complex coding.
Aren't "brain impulses" part of the brain, or part of its communications system?
Yeah, sure. How's that working out for them? I mean beyond speculation?
They're already looking at microtubules as the source of consciousness interfacing for neurons.
No. At best I'm telling you the results are controversial. I'm telling you that the statistics for the experiments are hardly dramatic and when all things are considered do not show anything particularly impressive.
Are you telling me it is widely known and excepted that thought influences a random number generator?
Yes. But one person's internal communication system is not the same as another's. Everyone's thoughts are produced by unique patterns of neuronal connections. Patterns of extremely complex coding.
Yeah, sure. How's that working out for them? I mean beyond speculation?
Text No. At best I'm telling you the results are controversial. I'm telling you that the statistics for the experiments are hardly dramatic and when all things are considered do not show anything particularly impressive.
Not really. Transferring electrical impulses is sort of trivial. Making any sense out of them is an entirely different proposition.
If they are linked by a cable and can communicate via that cable, even if its using impulses at first,that's some ground breaking work and still by definition is brain to brain communicate.
Tricky. Because it would seem to be in a constant state of flux. Consider, for an extreme example, how brain damaged individuals are able to completely bypass damaged portions of the brain and create new pathways and patterns. This process occurs continually but not at that extreme level of course. The human brain is constantly rewiring and reprogramming itself.
This complex coding you speak of is in the process of being reverse engineered and completely understood allowing us to take advantage of it.
Not really. Most start out with observed phenomena which lead to a hypothesis which can be tested. Pure speculation has its limits.
All scientific experiments start off as speculation.
Oh, that would be impressive. The problem is showing that the results were statistically important. Just because I flip heads three times in a row doesn't mean I influenced the flip in any way. I know, there were more that three trials. Have you read the statistical analyses of those and other experiments? Here's one. It's not impressive.
Being able to manipulate a digital random number generator wirelessly by thought alone, "does not show anything particularly impressive?"
No it wasn't. It was more likely showing a bias in the trials which were selected for publication. Oh, BTW. You need to read up on the history of the double slit experiment.
It was basically proving the wave collapse function that happens as a result of an observer, decades before the double slit experiment.
Ah. I see you buy into the "What the Bleep" nonsense. That explains a lot.
Its already factual in quantum physics
Wait. I thought your bet was "within the next decade."
Your current status quo bias will be crushed within the next 10-20 years.
Originally posted by Phage
There was no communication of any sort involved. It was a variation on Pavlov's experiments with conditioned responses. The only difference being that the bell that Pavlov used was replaced by an electrical signal from the "leader" rat's brain. The leader was taught that it would get a reward by producing a certain "signal" from its brain (the "bell"). The "follower" rat was taught that it would get a reward if it performed a certain behavior after the "leader" rat rang the "bell". The leader had no intent, it acquired a conditioned response which elicited another conditioned response in the follower.
Ok, there was a "press this lever" signal and "press that lever" signal. Nothing too fancy.
The fact that the decoder rats had to press the correct lever, and not just any lever, was the indication that more information than just "press a lever" was received.
I think using the term "communication" is going a bit far. The feedback was not direct. The encoder didn't know the decoder was there much less that it was performing any particular behavior. The encoder received a second reward when the decoder performed correctly and didn't when it did not. After a failure the encoded tried again with less latency than a successful attempt. I don't see why this cannot be interpreted as conditioning. The rat didn't know why it got rewarded a second time and it didn't know why it did. If it didn't get the second reward, it didn't wait around, it tried again.
The researchers took things a step further by giving the encoder rats feedback from the decoder rats' performance, and it was shown that the encoder rats' behavior changed depending on the performance of the decoder rats, indicating two-way communication.
These results demonstrated that a complex system was formed by coupling the animals' brains, suggesting that BTBIs can enable dyads or networks of animal's brains to exchange, process, and store information and, hence, serve as the basis for studies of novel types of social interaction and for biological computing devices.
Not really. Transferring electrical impulses is sort of trivial. Making any sense out of them is an entirely different proposition.
Tricky. Because it would seem to be in a constant state of flux. Consider, for an extreme example, how brain damaged individuals are able to completely bypass damaged portions of the brain and create new pathways and patterns. This process occurs continually but not at that extreme level of course. The human brain is constantly rewiring and reprogramming itself.
Not really. Most start out with observed phenomena which lead to a hypothesis which can be tested. Pure speculation has its limits.
Oh, that would be impressive. The problem is showing that the results were statistically important. Just because I flip heads three times in a row doesn't mean I influenced the flip in any way. I know, there were more that three trials. Have you read the statistical analyses of those and other experiments? Here's one. It's not impressive. www.ebo.de... As I said the results are, at best, controversial.
Ah. I see you buy into the "What the Bleep" nonsense. That explains a lot.
Wait. I thought your bet was "within the next decade."
For motor and sensory functions quite specific locations. Cognitive functions seem to be more widely dispersed and variable. Brains scans show that when a particular person thinks "apple" a particular region of the brain goes to work. Does the same effect happen with all people? The same region displaying the same pattern?
Considering the "majority" of folks are without brain damage, there are universal factors involved with these impulses that occur location wise.
You are the one who brought up scientific experimentation. Now you say it's not valid in this case? But without such experimentation, how do you suppose one would go about establishing that connection between microtubules and consciousness? Without repeatable experiments, how could any means of utilizing that connection be devised?
Some aspects of reality, by their very nature, will not be repeatable the way the scientific method demands. 1
I stand corrected. Have you performed the double slit experiment yourself then?
I don't buy into anything unless I can test it for myself, so your speculation on this behalf is wrong.
I'm not sure I buy into that entirely. I'm not much like the people at my workplace and I am very unlike my friends in many ways.
although I found to be more akin to, you become like the people you surround yourself with.
I didn't skew anything.
with you skewing the definitions of "brain electronic link"
What will these interfaces actually do?
By 10 years, we'll have functioning brain interfaces based on impulses used by people with a 60-70% accuracy rate or higher.
Cool. I wonder what else could be done with it.
Then will connect via the interface and I'll show you some other cool things I've experienced outside the bounds of what science has yet to find out, but eventually will.