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POPSLearning Makes Itself Invisible The reason this occurs is because of two facts about the mind that are not widely appreciated. The first is that memory is not kept in a separate store away from the rest of the mind's functions. Although there are brain regions crucial to memory, the memories themselves are not stored separately from the regions which do perception, processing and output. Unlike a digital computer, your mind does not have to fetch stored information when it needs it, instead your memories affect every part of your perception and behaviour.
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POPSHow Advertising Manipulates Our “Caveman” Brains (& How to Resist) Fortunately, there are ways to go about PROOFING YOUR BRAIN. 1. Change your mindset to “postmore” by challenging culture’s ingrained assumption that “more” of everything is automatically better. 2. Grow your gratitude. Our poor, starved, frozen ancestors would cry tears of joy if they suddenly landed in our culture of abundance. Fostering our appreciation of this bounty can also block the consumerist “cool” pressure to deride so many of our fine, workable possessions as “so last year”. 3. Be enough. We’re constantly told that we aren’t rich enough, glam enough, cool enough, networked enough, etc. This has a powerful insidious effect on our primitive, socially competitive brain circuits. It’s like a toxic substance that turns rational brains into needy toddlers wanting “more, more, more!
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POPSBrainiversity Game - Stimulate and train your brain Stimulate your brain with 16 different activities covering Language, Memory, Math and Analysis. Earn stamps, record your daily workouts and compare your results with friends. There's nothing like a good mental stretch to keep your brain fresh!
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POPSArtificial General Intelligence: Barking up the wrong tree? The question is: could Kurzweil and Goertzel's Aritifical General Intelligence genuinely surpass the human brain? Or is ti simply mimicing it? Their solution still relies on computation, but there is no evidence that the human brain makes any such calculations to arrive at its conclusions. If so, what needs to be done in order to develop a computer system that works the same way as the human brain? And what about the mother of all conundrums: free will. Goertzel pretends it doesn't exist at all, but how could we motivate even a self-aware computer to do things on its own initiative?