Those Aristotelian arguments are interesting (accident versus substance) even though – of course – their use by Christian theologians post-dated the actual doctrine of transubstantiation. From what limited reading I’ve done in the works of the fathers of Protestantism – Calvin and Zwingli, in particular – it seems they hung their hat on statements such as “the poor you will always have with you, but I will not always be with you,” connecting it with “remember, I will be with you always” and “wherever two or more are gathered, I am there.” They reasoned that “I will be with you always” was referring to the spirit of Christ, which indeed is omnipresent, but that the body of Christ had ascended into heaven and would return again only on the Last Day. So, Christ was present in the Eucharist, but not physically present (“God is a spirit, and those that worship Him must worship in spirit and in truth”). I think Zwingli also talked about how when Christ said, “this is my body,” he couldn’t have been speaking literally, since his body was seated next to them at the table at that very moment. This reasoning may seem “dense”, too literal-minded, yet Christ himself invoked the principle of non-contradiction, reasoning quite plainly and common sensically when he said, “* how can Satan drive out Satan? A house divided against itself cannot stand.” He also said, of course, “no man can serve two masters at once.” So there does seem to be an important sense in which “even” Christ argued that, “something cannot both be, and not be, at the same time and in the same respect.”*
I do see where they are coming from but I (of course) think they are exaggerating certain issues. I find Jesus’s words at the Last Supper to be the most pertinent. I think that his words elsewhere (“the poor you will always have with you, but I will not always be with you”) do not really contradict the real presence, since there is no question that the sacrament of Eucharist is supposed to be extraordinary. They can, I think, be interpreted against the Eucharist, but they do not necessarily need to be, and to do so complicates other passages that allegedly support the real presence.
Portofino;11044578 said:
"One of the great achievements of the scientific revolution, according to its adherents, was the banishment from modern science of the Aristotelian schemes of explanation which had dominated Scholastic studies. Aristotle was derided as a cuttlefish, a squid: the ink he discharged cast everything into obscurity. Consider one typical case, Pierre Gassendi in his Exercises against the Aristotelians (1624). Gassendi complains that Aristotelian explanations fail to explain. About the definition of motion as “the act of being in potentiality insofar as it is in potentiality,” he remarks: "Great God! Is there any stomach strong enough to digest that? The explanation of a rather familiar thing was requested, but this is so complicated that nothing is clear anymore . . . The need for definitions of the words in the definitions will go on ad infinitum " (book 2, exercise 4, article 4).
I can see why people would be bothered by the seemingly needless complexity of an Aristotelian explanation. Act and potentiality are difficult to stomach, but I’d have to disagree that they ultimately obfuscate things. I think certain truths are lost when act and potentiality (as well as other Aristotelian notions) are not properly understood.
Ironically, he says, “The The explanation of a rather familiar thing was requested, but this is so complicated that nothing is clear anymore . . . The need for definitions of the words in the definitions will go on ad infinitum,” which is fairly similar to what modern science does. It explains everything, and it does so by using complex and carefully defined terms. Since most phenomena are happen
because of underlying phenomena, science
does creation a series of definitions that goes on and on “ad infinitum.” For instance, it might be known that mixing two solutions creates another colored solution. Presumably, this observation could be made with no knowledge of chemistry. But if we define the compounds and constituent elements, we can understand the reaction much more specifically. But even then, subatomic forces are at work as well, and so on.