Thank you for bringing this up. This is because you seem to want to define your way out of any counter-argument. How else do I pin down what you mean ...
And in the four laws I gave an example where what the material constituents were is not clear. Especially when we know the classical theory that came ...
What use is a theory, autonomous or not, it it does not come with means to connect it to experiments. Those concepts and setups exist prior to and mot...
There is something wrong when a specific question is asked and generalities are proffered in response. Especially when we know exactly what happened t...
The gish gallop was from you. From your own switch from "autonomous theories" to "autonomous laws", deftly, and with wiliness, hoping no one would not...
In what sense is QCD autonomous? The data that theorists sought to explain and whose work resulted in QCD were created by instruments designed on prin...
When the discussion touched chemistry, you used the term "autonomous law" instead of "autonomous theory". Suppose this question was asked in 1835: Are...
Could be more than two - depending on how you use your terminology. I have two sets of questions in this regard. I have put them in different comments...
This means that areas of inquiry with autonomous theories are not themselves autonomous. Given a question, explanations do not have to stay within a t...
Nothing wrong with that. That's how hypotheses are formulated sometimes. You don't need the word irresistible to qualify the evidence you use to form ...
He is more equivocal: " Sometimes things can be explained by studying their constituents—sometimes not." pg 111 Facing Up Later: Reductionism may or m...
A sentence like this is perfectly valid in chemistry: "An acid is a molecule or ion capable of donating a hydron (proton or hydrogen ion H+), or, alte...
There is a also a level of porosity between "laws" not found in theories in physics. For example (from Wikipedia) "An acid is a molecule or ion capabl...
But surely you recognize that the situation in chemistry is very different. There is no specific law of chemistry with the reach and scope of QED. How...
Then I am not sure how to use your terminology here. What are what you call "high level structures" then? Are they logically different for each specif...
Let's get one thing straight first. While EWT is a theory for energies above 246 GeV, it is also for energies below that. In other words it is not ill...
Yes. Because what you say is a bit unexpected. You define an equivalence class in terms of an existing theory. You do not define it in terms of a set ...
So this is the criteria for being in the same equivalence class as QED: This is not more accurate, but characterizes what valid empirical theories sho...
I found this worth exploring further: I made this remark in a later comment that I hope you don't disagree with: But you disagree with this remark of ...
So there is empirical data that QED consistent with. Electroweak theory is also consistent with the same empirical data. Is there anything you disagre...
In plainer words, the theory of the electoweak interaction gives the correct results for experimental data at 246 GeV unificaton energy whereas quantu...
So you consider all these autonomous high level theories. In the case of quantum electrodynamics, electroweak theory is not a reduction, "since those ...
A further point of clarification. You to refer to "relevant equivalence class" because a single high level theory may have instantiations with differe...
So attempting to synthesize your position: while "those higher-level laws are completely insensitive to any other low level features of material const...
In that case, that's quite an anti-climax. Engineers create structures like this all the time. Engineers who make parts and components at one level ar...
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