Nope, nothing like that really mate. This is doing my head in. I didn't think I was that bad at expressing myself!Ataraxia wrote:If I'm reading you aright, you are saying acausality only appears to be true, empirically and mathematically.It's not REALLY true,it's not part of the quantum system even though mathematics and empricism, predict ,and have observed it as such.
I'm saying that we cannot tell, as a matter of empirical fact, whether causality or indeed acausality are operative beyond the level of the Planck scale. Acausality is often implied but that isn't because it is explicitly apparent in the quantum system, it's because the only method by which we can make sense of what we can know about quanta is statistical, according to a probablilty distiribution. As such, one could be forgiven for thinking that the values of measurables themselves are probablilistic in nature and therefore acausal. But that is not the case, in truth we cannot know, empirically.
This is a different matter entirely. The above is just science and interpretation, nothing more, nothing less. But this is a philosophical question. It'll never have a definitive answer empirically. But the logic of it is pretty straightforward as long as you're working with clear definitions."Acausality is ultimately impossible because,well,conditionality."
Empirical opinions can be ventured however. Personally, I've never seen a shred of empirical evidence for acausality and I know that there isn't any such evidence. Whereas the evidence for causality is rather overwhelming wherever you look, both inside and out.
Ok, the conditionality 'set' comprises the likes of existence, being, identity, Law of the Excluded Middle, etc. ad infinitum; as well as the likes of the billiard ball causality that produced the earthquake I felt last night, and my feeling it, and my thinking about it.DaveT:It's not really a conflation because billiard ball causality is, in effect, a subset of conditionality. Conditionality is infinite in nature whereas billiard ball causality is just a scientific and far more precise delineation of it, an attempt to isolate and discern specific, empirical aspects of it.
Of course, billiard ball causality is always going to be contingent thereby.
Ataraxia: Hmmm, a subset.To be honest,it sounds slippery to me.
Conditionality is a purely logical entity which describes the true and infinite nature of causation. Billiard ball causality is an analytical delineation of certain aspects of conditionality, namely the aspects apparent in the empirical world, which are nonetheless consistent with conditionality.
If acausality existed, it would still be subsumed by conditionality. But you've got to ruminate on whether acausality can exist or not. I'll leave that to you.So is acausailty a subset of conditionality too?
Not really. I know acausality cannot be proven true empirically or even evidenced, not because of conditionality but because of the scientific understanding of the fundamental limits to the questions we can empirically ask of the physical. That's the science of it.Is it fair to say your position on QM is something like: "Acausality within QM is kind of interesting to study,but it's not really what is going on.I know because conditionality(an infinite,absolute truth) would prevent a non-determinate event,ultimately.Science just haven't yet discovered it's causes"?
The logic of it dictates, certainly to me, that acausality is impossible.
And besides the logic of it, the common sense of it seems all too obvious to me.
That depends on what you mean. If you're referring to 'quantum acausality' then no, but that matter was never really a question of particles popping into existence. Rather it is a question of whether measurables in a quantum system have definitive values or have probabilistic values.For the sake of this argument lets assume we are both physicalists for a moment.Can a particle just pop into existence?
However, particles 'popping into existence' is usually referred to in connection with virtual pair production and annihilation in the quantum foam. That is a valid theory in QM, explaining the likes of Vacuum energy and the Casimir effect. It's also used in theories speculating as to the genesis of spacetime.