Jason Jorjani

Anyway, listen, laser beams, laser beams, right, are shown on a holographic film and an image pops out.

Anyway, listen, laser beams, laser beams, right, are shown on a holographic film and an image pops out.

Anyway, listen, laser beams, laser beams, right, are shown on a holographic film and an image pops out.

Okay? Now it turns out that if you slice the hologram into fours, and you shine the laser beam on any quarter of that hologram, the whole image still pops out. It's a little bit blurrier. Cut it into eighths, whole image still pops out out of any fragment of this hologram. And what Pribram said is that the brain seems to work the same way. So that's some trauma victims, some.

Okay? Now it turns out that if you slice the hologram into fours, and you shine the laser beam on any quarter of that hologram, the whole image still pops out. It's a little bit blurrier. Cut it into eighths, whole image still pops out out of any fragment of this hologram. And what Pribram said is that the brain seems to work the same way. So that's some trauma victims, some.

Okay? Now it turns out that if you slice the hologram into fours, and you shine the laser beam on any quarter of that hologram, the whole image still pops out. It's a little bit blurrier. Cut it into eighths, whole image still pops out out of any fragment of this hologram. And what Pribram said is that the brain seems to work the same way. So that's some trauma victims, some.

who have some level of physical brain damage still remember things and have certain abilities, even though some of the parts of their brain that you would think are most relevant to that skill have been physically damaged because the brain records information holographically. Now, this is relevant to what we're talking about in terms of the simulation.

who have some level of physical brain damage still remember things and have certain abilities, even though some of the parts of their brain that you would think are most relevant to that skill have been physically damaged because the brain records information holographically. Now, this is relevant to what we're talking about in terms of the simulation.

who have some level of physical brain damage still remember things and have certain abilities, even though some of the parts of their brain that you would think are most relevant to that skill have been physically damaged because the brain records information holographically. Now, this is relevant to what we're talking about in terms of the simulation.

And I mentioned this in my book, Prometheism, in the chapter on the end of reality. David Bohm took this data that Carl Pribram basically analyzed in terms of how the brain works, and he applied the same model to the whole universe.

And I mentioned this in my book, Prometheism, in the chapter on the end of reality. David Bohm took this data that Carl Pribram basically analyzed in terms of how the brain works, and he applied the same model to the whole universe.

And I mentioned this in my book, Prometheism, in the chapter on the end of reality. David Bohm took this data that Carl Pribram basically analyzed in terms of how the brain works, and he applied the same model to the whole universe.

And Bohm, David Bohm the physicist, argued that certain characteristics of quantum theory, like what we discussed earlier, wave-particle duality, and also quantum entanglement, suggest that the universe functions like a hologram, that we're living in a universe that has holographic properties.

And Bohm, David Bohm the physicist, argued that certain characteristics of quantum theory, like what we discussed earlier, wave-particle duality, and also quantum entanglement, suggest that the universe functions like a hologram, that we're living in a universe that has holographic properties.

And Bohm, David Bohm the physicist, argued that certain characteristics of quantum theory, like what we discussed earlier, wave-particle duality, and also quantum entanglement, suggest that the universe functions like a hologram, that we're living in a universe that has holographic properties.

And Michael Talbot gave a very sort of compelling, popular presentation of this in his book, The Holographic Universe. Great, great text from the 90s. Now, that's another angle on the simulation theory, this idea that the universe, like the brain, has holographic properties. In other words, it's an information storage and processing system.

And Michael Talbot gave a very sort of compelling, popular presentation of this in his book, The Holographic Universe. Great, great text from the 90s. Now, that's another angle on the simulation theory, this idea that the universe, like the brain, has holographic properties. In other words, it's an information storage and processing system.

And Michael Talbot gave a very sort of compelling, popular presentation of this in his book, The Holographic Universe. Great, great text from the 90s. Now, that's another angle on the simulation theory, this idea that the universe, like the brain, has holographic properties. In other words, it's an information storage and processing system.

And in that metaphor, the laser being shown on the holographic film is consciousness.

And in that metaphor, the laser being shown on the holographic film is consciousness.