There is more meaning in the universe than there is matter

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The discussion centers on the limitations of observation in understanding events, emphasizing that the act of observation itself alters the event, as highlighted by the observer effect and the Heisenberg Uncertainty Principle. Despite the theoretical ability to gather infinite data, practical limitations exist in the technology required for detection. The title's assertion that "there is more meaning in the universe than there is matter" raises questions about the relationship between information and matter. One argument presented is that the universe contains sufficient matter to represent itself in complete detail. Ultimately, the conversation explores the intricate balance between observation, information, and the nature of reality.
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Its too easy to simply say that bits don't convert to matter.

I'm looking for arguments that some events cannot be deduced even with hypothetically infinite sensors and computing power.
 
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treehouse said:
I'm looking for arguments that some events cannot be deduced even with hypothetically infinite sensors and computing power.

Uh... even with infinite observing power, the act of observation will impact the event itself. "Observer effect." It's also a key component of the Heisenberg Uncertainty Principle.

That being said; there's no reason why any given volume or type of data could not be collected. The detectors for it might be impractical or impossible given a certain subset of technology. But "gathering data" doesn't have an implicit upper bound.

EDIT: What does this have to do with your thread title? When you say "there is more meaning in the universe than there is matter" do you mean there is more information? Depending upon how information is stored, this might be correct, but I'd like to offer this as a counter argument:

"There is EXACTLY enough matter in the entire universe to perfectly represent the entire universe it 100% detail at any level of observation. In fact, there's enough information to construct a perfect 1:1 scale model universe."
 
https://en.wikipedia.org/wiki/Recombination_(cosmology) Was a matter density right after the decoupling low enough to consider the vacuum as the actual vacuum, and not the medium through which the light propagates with the speed lower than ##({\epsilon_0\mu_0})^{-1/2}##? I'm asking this in context of the calculation of the observable universe radius, where the time integral of the inverse of the scale factor is multiplied by the constant speed of light ##c##.
The formal paper is here. The Rutgers University news has published a story about an image being closely examined at their New Brunswick campus. Here is an excerpt: Computer modeling of the gravitational lens by Keeton and Eid showed that the four visible foreground galaxies causing the gravitational bending couldn’t explain the details of the five-image pattern. Only with the addition of a large, invisible mass, in this case, a dark matter halo, could the model match the observations...
Why was the Hubble constant assumed to be decreasing and slowing down (decelerating) the expansion rate of the Universe, while at the same time Dark Energy is presumably accelerating the expansion? And to thicken the plot. recent news from NASA indicates that the Hubble constant is now increasing. Can you clarify this enigma? Also., if the Hubble constant eventually decreases, why is there a lower limit to its value?
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