Amadeus July 3, 2012 Author July 3, 2012 It also does this in dire situations, to a much larger degree. Imagine your car flips over and everything starts going in slow motion. I was under the impression that this particular response is the result of a sufficient adrenaline surge. Which would also be cool to try to replicate (tulpa at least appear to be able to control endorphin release to a small extent, so maybe other receptors too.) Or I'm totally wrong because newfags can't science. Either way, very intriguing. We don't get much in life. But we do have this.
NesterBones July 3, 2012 July 3, 2012 I was under the impression that this particular response is the result of a sufficient adrenaline surge. Which would also be cool to try to replicate (tulpa at least appear to be able to control endorphin release to a small extent, so maybe other receptors too.) Or I'm totally wrong because newfags can't science. Either way, very intriguing. tulpae can definitely influence various parts of the brain. there are all kinds of things they've done from possession to thought substitution and more. i think it's entirely possible for one to have their tulpa do anything a brain could do with enough practice and testing. findings should be shared for science My ramblings and that Host: Rob Tulpa: Kaylee
Phi July 3, 2012 July 3, 2012 I was under the impression that this particular response is the result of a sufficient adrenaline surge. Which would also be cool to try to replicate (tulpa at least appear to be able to control endorphin release to a small extent, so maybe other receptors too.) Or I'm totally wrong because newfags can't science. Either way, very intriguing. That too. Also, the more information you take in the slower things seem to go. That's why baseball players can hit balls that go 90mph. Ask one of them, and they'll likely say that they actually see the ball come up.
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