Earlier quoted context omitted.
...so you're just using "Brahma" to refer to the computer that is running the simulation that is the universe. And when the simulation becomes aware of its own condition, it becomes conscious? This is just rephrasing of the symulation hypothesis in mystical terms and is just as useless as the symulation hypothesis itself (regardless if it's "true" or not). There's some valuable deeper stuff in hindu and buddhist phil…
> ...so you're just using "Brahma" to refer to the computer that is running the simulation that is the universe. That "Brahma" isn't a computer; the model doesn't suggest that the universe is a simulation. You seem to have wedged in an interpretation that is fundamentally materialist, which sort of misses the point; according to this model, consciousness is fundamental. That is what was being discussed. I agree that…
Sure using "matter" like this without defining it is equally mystical. That's why we'd take 'computation' to be "fundamental" or 'the wave function'. "Matter" is just a higher level emergent property of what we perceive.
> I happen to take the view that consciousness exists, and is not an emergent phenomenon
OK, now I see why my viewpoint would sound so "off" to you, we're probably on different extremes of the thinking spectrum :) I don't discard you're viewpoint, it's just so so so so far from mine:
I take most of what we label "reality" to be emergent properties from some kind of fundamental computation (and by "computation" I don't imply a "computer" like we know, just "math that `can run`") whose math is probably too complicated and strange for us to intuitively understand (we can just hope to get to calculate better approximations of it). I don't just see consciousness as an emergent phenomenon. I see matter as an emergent phenomenon. And also space-time itself as an emergent phenomena inside our emergent consciusnesses. The "fundamental" could just very well be something like the simplest celular automaton with non-periodict behavior or maybe something too strange for our ape-minds to ever be able to comprehend (or too simple to understand how it could be the basis - there could be enough complexity/structure in just 'the distribution of all the prime numbers' or 'the digits of pi' to contain our entire universe with its infinite past and future "inside of it").
And to clarify, "simulation" is also quite generalizable - a simulation is just something that runs as an informational phenomenon on top of some physical substrate, but is fully independent of that susbstrate to the extent that it could be "ported" from that substrate to another completely different substrate that just happens to also preserve the subset of mathematical laws required for the computation. Eg. "software" that can be "ported" so it's independent of the actual nature of the hardware. Digital/discrete (as opposed to analogical) computation gives you this magical "divorce" of computation from substrate. It doesn't have to be something like our current day software running on something like our computers - any kind of "portable discrete/digital computation" is "a simulation".