For no particular reason. — Leontiskos
Demonstrate why, rather than values being needed in order to choose between conflicting principles...In that case one must still provide principles for the interaction of those values. — Leontiskos
Do you mean algorithmic, or rational? — Leontiskos
Buridan's Ass will die unless it makes an arbitrary decision. So sometimes it is rational to make arbitrary choices....if we make unprincipled decisions then we are not being rational. — Leontiskos
Why not instead think about morality in terms of values?...one cannot think about morality without principles. — Leontiskos
So justice is not reducible to thermodynamics.The physical analogy between a Fair & Just distribution of social states, and thermodynamic equilibrium (balanced measure) is a philosophical metaphor, not to be taken literally — Gnomon
Folk hereabouts regularly confuse something's existing with something being known to exist. — Banno
To which I might only add that ethics may be of more help here than physics. For while physics tells us what is the case, ethics acknowledges that we might well make things otherwise.Hence, the necessity for a moderate philosophical attitude toward the extremes of Good & Evil. :smile: — Gnomon
Nuh.The Principle of Double Effect is utilitarian. — I like sushi
Yep. Folk hereabouts regularly confuse something's existing with something being known (believed, shown...) to exist.We do not require evidence for existence. — Tobias
Imagine that some intelligent, all powerful, all knowing, creator of the universe actually does exist, but that because it doesn't necessarily exist then we refuse to call it God, as if the name we give it is what matters. — Michael
If it is not necessary that Q, then it is not possible that is necessary that Q. — TonesInDeepFreeze
S5 does not say that pQ -> nQ. — TonesInDeepFreeze
Well, not entirely. Sometimes it also depends on what others want.That depends entirely on what you want. — Vera Mont
Well, no. It's pieces from p.207 and §258 of Philosophical Investigations. It's not Kripke. It's pretty much straight Wittgenstein. All I did was change "sensation" to "intrinsic nature".This is pretty much Kripkenstein. — frank
As for my own understanding, I don't need to satisfy you. Or Banno. — T Clark
Nicely phrase. Our new chum is propounding much more than is supported by the maths. Here and elsewhere....there's less there than meets the eye. — fishfry
Journalism is not a crime, and Evan went to Russia to do his job as a reporter —risking his safety to shine the light of truth on Russia’s brutal aggression against Ukraine. Shortly after his wholly unjust and illegal detention, he drafted a letter to his family from prison, writing: “I am not losing hope.”
...we will continue to stand strong against all those who seek to attack the press or target journalists—the pillars of free society. — Biden
Sure. What this argument purports to show is that a natural language has no fixed cardinality. And this is what we might expect, if natural language includes the whole of mathematics and hence transfinite arithmetic.For natural language to be uncountable, you must find a sentence that cannot be added to the list. To that effect, you would need some kind of second-order diagonal argument. — Tarskian
Not I, but Langendoen and Postal. If you wish you can take up the argument, I'm not wed to it, I'll not defend it here. I've only cited it to show that the case is not so closed as might be supposed from the Yanofsky piece. Just by way of fairness, Pullum and Scholz argue against assuming that natural languages are even infinite.I didn't completely follow what you're doing, but in taking the powerset of a countably infinite set, you are creating an uncountable one. There aren't uncountably many words or phrases or strings possible in a natural language, if you agree that a natural language consists of a collection of finite-length strings made from at an most countably infinite alphabet. I think this might be a flaw in your argument, where you're introducing an uncountable set. — fishfry
A convolute argument, perhaps, but it shows that one must do more than simply assert that natural languages are at most countably infinite. Yanofsky must argue his case. " ...the collection of all properties that can be expressed or described by language is only countably infinite because there is only a countably infinite collection of expressions" begs the question. Indeed, the argument above shows it to be questionable.1. Let L be the NL English.
2. The set S0 is contained in L, where
S0= {Babar is happy; I know that Babar is happy; I know that I know that Babar is happy; . . .}
3. S1 may be constructed as follows
a. Form the set of all subsets of S0, P(S0).
b. For each element B in P(S0), form the sentence that is the coordinate conjunction of all the sentences in B.
c. Let S1 be the collection of all sentences formed in (3b).
S1 = {Babar is happy; I know that' Babar is happy; I know that I know that Babar is happy; ... ; Babar is happy and I know that Babar is happy; Babar is happy and I know that I know that Babar is happy;... ;Babar is happy, I know that Babar is happy, and I know that I know that Babar is happy;...}
4. S0 is denumerable, but S1, which is equinumerous with P(S0) is not denumerable (by Cantor's Theorem).
5. S2, S3, etc., can be constructed analogously. Each successive S has a greater transfinite cardinality than the one preceding it.
6. All of the S collections are contained within L.
7. L has no fixed cardinality. — The Vastness of Natural Language