When something fits into a lucid, logical continuum, it’s generally remembered for how it (a) reinterprets the entity that influenced its creation, and (b) provides influence for whatever comes next.
Scientists have demonstrated that, as the years go by, much of what we think we remember is false. It seems our brains can't store every detail we experience, so we recall the gist of events — enough to create a story that makes sense to us. Every time we recall a story or tell it to others, we change small bits depending on whether our audience... See more
In a changing world like the one we and many other organisms live in, forgetting some memories would be beneficial, they reasoned, as this can lead to more flexible behavior and better decision-making. If memories were gained in circumstances that are not wholly relevant to the current environment, forgetting them could be a positive change that improves our well-being.
According to the constructive episodic simulation hypothesis, extracted episodic details must also be recombined into a coherent event simulation. This recombinatory ability is thought to be central to flexibly imagining the future – to construct as well as disassemble and rework the components of scenarios to create different outcomes to enhance... See more
If my hypothesis is right then consciousness exists in a broader quantum field-based system and biological death is only a transition point that we could potentially interrupt on a quantum level and transfer consciousness. Consciousness may not die in a classical sense but could exist in a temporally distributed state, hinting at the possibility of... See more
Artificial Memory and the Interruption of Infinity
Produced for the Summer of Protocols research program, Kei’s essay-chapter “Artifical Memory and the Interruption of Infinity” provides a path through the history of memory protocols in a Western context, highlighting traditional canon and where it falls short. Beginning in 500 B.C. with a Hellenic... See more