In a message dated 8/6/2004 10:38:10 PM Eastern Standard Time, erin.holder@xxxxxxxxxxx writes: Okay, I made up my own version as to what number one must mean, so I can feel like I'm making progress, and now I'm on to number two. "The demonstrable correlation of opposites is an image of the transcendental correlation of contradictories." Someone help me here or I won't make it to three. ---- P. F. Strawson once said that what can be said nonsensically in one language can be said nonsensically in another (cited by Mundle, Critique of Linguistic Philosophy). This may be a case in point? The original: "La correlation demonstrable des opposites est an image de la correlation trascendentale des contradictories." --- tr. into English by Arthur Wills. What Weil may have in mind is Aristotle's Square of Opposition? (Affirmo, Nego): A E I O Consider 'red', 'blue', and 'non-blue'. If x is blue, then x is not red. If x is blue, then x is not non-blue. That x is not blue if x is red is a _demonstrable_ correlation (it can be demonstrated). What this is an 'image' of is the _trascendental_ (and thus non-demonstrable by 'deductive' logic) correlation of 'blue' and 'non-blue'. One minor problem is that for Kant (and Kantians) trascendental correlations are just as demonstrable as your c ommon-or-garden 'demonstrable' correlation. In fact, Kant speaks of the 'trascendental deduction'. Perhaps he should mean 'ab-duction', though. Clear? :-) Cheers, JL ------------------------------------------------------------------ To change your Lit-Ideas settings (subscribe/unsub, vacation on/off, digest on/off), visit www.andreas.com/faq-lit-ideas.html