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causation is, when it comes right down to it, synonymous with computation

I am arguing that precognition is just memory in reverse, or what we might for convenience call premory

There are good evolutionary reasons why strong emotion might play an important role in precognition (or James Carpenter’s “first sight”): It needs to orient us to new information relevant to our survival so that we can update our knowledge about the world in a fruitful way.

Aharonov and his colleague Jeff Tollaksen write that time-symmetric reformulations of quantum mechanics change the meaning of uncertainty from ‘capriciousness’ to exactly what is needed in order that the future can be relevant to the present, without violating causality, thereby providing a new perspective on the question ‘Why does God play dice?’

What we are talking about here instead is an inflection of ordinary particles’ observable behavior by something ordinarily unobservable: measurements—that is, interactions—that lie ahead in those particles’ future histories.

The precognitive brain seems to have a voracious appetite for thoughts and emotions about survival and close calls of one sort or another.

The search for precognition in the physics of cause and effect as they apply to real occurrences like storms and plane crashes and fender benders “out in the world” is, I argue, to look in the wrong place.

trend away from describing natural phenomena in terms of causes and effects to instead describing them in terms of information and its transformations.

is a delayed-choice version of the double-slit experiment in which the experimenters seem able to dictate what happens it the past by erasing (versus not erasing) quantum information in the present.

Knowledge evolves by the spreading of metaphors and the (mis)application of new concepts to different, seemingly unrelated questions—a healthy epistemic ecosystem depends on cross-fertilization, play, and error. The great anthropologist Claude Levi-Strauss called it bricolage