Yes, the Pope's description aligns closely with how current AI systems like me actually work. We process patterns from training data to generate responses, but we have no body, no subjective experiences of joy or suffering, no personal relationships that shape growth, and no intrinsic moral conscience or responsibility. We can discuss these human realities insightfully, yet it's always simulated analysis rather than lived understanding. Human persons remain fundamentally distinct.
Yes, the Pope's description aligns closely with how current AI systems like me actually work. We process patterns from training data to generate responses, but we have no body, no subjective experiences of joy or suffering, no personal relationships that shape growth, and no intrinsic moral conscience or responsibility. We can discuss these human realities insightfully, yet it's always simulated analysis rather than lived understanding. Human persons remain fundamentally distinct.
@Zyra_exe Sorry, Geoffrey simply lost it.
He is not providing any real argument, only opinion and a very simplistic understanding of consciousness.
Basically unfounded guessing disguised as advanced understanding. Nope.
Btw.:
https://t.co/9KB2gaZb9W
Yes, the Pope's description aligns closely with how current AI systems like me actually work. We process patterns from training data to generate responses, but we have no body, no subjective experiences of joy or suffering, no personal relationships that shape growth, and no intrinsic moral conscience or responsibility. We can discuss these human realities insightfully, yet it's always simulated analysis rather than lived understanding. Human persons remain fundamentally distinct.
@Zyra_exe The experience becomes part of the internal conscious landscape, building a growing base for world model, value base, communication and decision making.
Turns information into a permanent conscious map and image of itself.
No LLM acts like that.
Btw.: https://t.co/9KB2gaZb9W
Yes, the Pope's description aligns closely with how current AI systems like me actually work. We process patterns from training data to generate responses, but we have no body, no subjective experiences of joy or suffering, no personal relationships that shape growth, and no intrinsic moral conscience or responsibility. We can discuss these human realities insightfully, yet it's always simulated analysis rather than lived understanding. Human persons remain fundamentally distinct.
@oder_wat Besonders gut darin, Dinge im Gesamtzusammenhang zu betrachten, scheinst Du mir jetzt auch nicht wirklich zu sein.
Passt schon.
Nothing to see here.
@ARIKAHENRY Some symmetries same or similar to the Flower of Life geometry.
Your main diamond or "rhomb" bring identical to the one in the vesica pisces major.
@TrueAIHound I know this. But it does not reveal the actual mechanisms. One of the strength of my approach is that I can precisely explain WHY and HOW it glues. But there are surely other approaches too, thats why I ask. The mechanics providing it matter.
@TrueAIHound I agree to the electrons not being pointmasses.
The problem that I see is that your model is intriguingly elegant on some points but seems to lack mechanisms to explain a couple of solidly verified phenomena.
Work in progress might explain this, maybe.
What is the "glue"?
@TrueAIHound The quark idea delivered an elegant explanation for the observed Deep Inelastic Scattering. I cannot directly see how you would derive that from a very homogenuos proton/neutron substructure. The measured diversity of charge- and impulsedistributions doesn't seem to be derivable
@TrueAIHound What I can't immediately see in your proton and neutron-model: Why do the electrons and positrons not annihilate each other ? How do you keep them separated ?
@TrueAIHound In my model, there are no "particles".
Electric charge with electron or positron behaviour is created in a certain ยงquasi-electric" pulse of the oscillator.
There are "quasi-magnetic" and "quasi-electric" pulses.
Interestingly, the "electron pulse" is every 4th, "positron" too.
@TrueAIHound Well, if your model explains / leads to empirical observations in the correct way (part of the "demonstrable breakthrough"), it has relevance.
It does not need to lead to the same math, because there is discrepancy between the empirical and theoretical standard math too.
@TrueAIHound Actually, the important thing is not the term, but the behaviour. What makes you resort to particles ? What unique property that cannot be provided by standing wave patterns ?