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Absent external stimuli, the default mode network turns inward.
Absent external stimuli, the default mode network turns inward.
This makes sense since it's during the early years of life that our brains are highly receptive to environmental stimuli and capable of forming new neural connections at a rapid pace.
This makes sense since it's during the early years of life that our brains are highly receptive to environmental stimuli and capable of forming new neural connections at a rapid pace.
It's kind of a deterministic view that we're just kind of you know machines and their stimuli and we react to it that we're really
And there are stimuli.
Such jump-out-of-your-chair stimuli bypass the cortex and zip right from the ear or the eye to the amygdala in the limbic system.
at your head. Such "jump-out-of-your-chair" stimuli bypass the cortex and zip right from
How can I re-expose you to the same stimuli or re-expose myself to the same stimuli?
How can I re-expose you to the same stimuli, re-expose myself to the same stimuli?
Some were happy to learn that the effect on the brain can be stronger if exposure comes with other pleasant stimuli.
Some were happy to learn that the effect on the brain can be stronger if exposure comes with other pleasant stimuli.
Sexual stimuli is actually the most stimulating dopamine activity you can naturally partake in.
here where you're wrong sexual stimuli
Studies show that when we're exposed to sexual stimuli repeatedly, it becomes harder to resist.
Studies show that when we're exposed to sexual stimuli repeatedly, it becomes harder to resist.
But today, as we all know, we look at reinforcement learning as a new opportunity, as something that we actually look at for the future of AI that might be something that's important to get machines to really learn in completely dynamic environments, in environments where they have to explore entirely new stimuli.
So that's what we were doing before, is that we were trying to engineer features or cues, things that we could see in the stimuli that then we would do a little bit of statistical learning on to figure out how to combine these signals.
and ignoring all of the environmental stimuli.
It's providing undivided attention while ignoring all environmental stimuli.