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originally posted by: neoholographic
originally posted by: snarfbot
originally posted by: neoholographic
a reply to: snarfbot
Did you even bother to read the study or are you just blindly responding? A direct quote from the study.
Here we show that children's working memory skills at 5 years of age was the best predictor of reading, spelling, and math outcomes six years later. IQ, in contrast, accounted for a smaller portion of unique variance to reading and math skills, and was not a significant predictor of spelling performance.
I'm convinced that you didn't read what was posted and you're just blindly posting.
AS I SAID, Intelligence without memory is useless. You said things like vice versa and when it comes to intelligence and memory the same can be true of the opposite. No it can't and if you would read instead of posting without any evidence to support anything you're saying maybe you would learn.
So? Does that mean its correlation or causation, in your estimation?
First tell me what difference does it make. You haven't provided a shred of scientific evidence to support anything you're saying and I just think you're throwing out terms with no clue as to what you're talking about.
So explain to me exactly what your asking in terms of causation and correlation as it pertains to the studies I've posted.
originally posted by: neoholographic
a reply to: snarfbot
You sound ridiculous. There wasn't any mistake and I quoted directly from one of the published papers and I asked:
So explain to me exactly what your asking in terms of causation and correlation as it pertains to the studies I've posted.
Did you even read the study? Explain how the question of correlations and causation pertains to this:
Working memory, our ability to process and remember information, is linked to a range of cognitive activities from reasoning tasks to verbal comprehension. There is also extensive evidence of the relationship between working memory and learning outcomes. However, some researchers suggest that working memory is simply a proxy for IQ and does not make a unique contribution to learning outcomes. Here we show that children's working memory skills at 5 years of age was the best predictor of reading, spelling, and math outcomes six years later. IQ, in contrast, accounted for a smaller portion of unique variance to reading and math skills, and was not a significant predictor of spelling performance. Our results demonstrate that working memory is not a proxy for IQ, but rather represents a dissociable cognitive skill with unique links to learning outcomes. Critically, we find that working memory at the start of formal education is a more powerful predictor of subsequent academic success than IQ. This result has important implications for education, particularly with respect to developing intervention and training. It appears that we should target our efforts in developing working memory skills in order to see gains in learning.
I keep asking you and you keep dodging
originally posted by: Mandroid7
Inner monologue...
"Alexa, I feel depressed!"
originally posted by: neoholographic
Of course they are. I have been saying this for years. The only way humans will survive with AI, at least for awhile, is by becoming Cyborgs.
originally posted by: snarfbot
originally posted by: neoholographic
originally posted by: snarfbot
a reply to: neoholographic
Would you consider those devices smart chips? The ones that were implanted into 80,000 people?
The last one would qualify, but that was a "small test of 15 patients" per your own quote, so where are the other 39,985?
Did you read what you just said? Of course their all smart chips. In many cases, you will not need to implant new chips just upgrade the chips that are already implanted. For instance, the DARPA test used people that already had implants for other medical reasons.
If you don't know that current implants can easily be turned into smart chips then you just don't understand the tech.
LOL I think you're the one who doesn't understand the tech. You are talking about a device that periodically stimulates a specific area of the brain to prevent tremors.
It's the brain equivalent to a pacemaker.
How can you "easily" turn that into a smart chip?
originally posted by: snarfbot
"Approximately 40,000 people in the United States already have smart chips in their heads, but those brain implants are only approved for medical use for now."
I would love to see what they cite for this chestnut.
What a load of bull.