Can water turn into wine?
Answer by Gideon Smith-Jones
That’s a tricky one, Denver.
Water consists of hydrogen and oxygen. Wine contains alcohol which is made up of hydrogen, oxygen and carbon. So the first question would be: Where did the carbon come from? (And also the extra hydrogen, if you’re a chemist and know the formulae.)
Suppose you asked me: Can a Ford 3 litre Essex engine from an old Transit van or Capri produce 500 horse power? The answer would be, Yes, but you’d have to spend a lot of money. The end result would be hardly recognizable, with the cylinders re-bored, a large number of engine parts replaced or upgraded. In my opinion, you’d get better value buying a second-hand Porsche.
There’s a step-by-step process describing the Ford engine upgrade. Each step is capable of being performed by a reasonably competent mechanic. But ‘engineering’ water to convert it into wine (and not simply cheating by mixing in alcohol and wine concentrate, or fermenting grapes to make wine) requires an altogether different level of ‘expertise’.
However, let’s ask a different question: In what sort of world would a transformation of water into wine be possible? It looks like it would have to be a world which allowed for genuine magic, and not merely ‘magic tricks’, a world where — to quote Morpheus in The Matrix — ‘the rules can be bent’. In popular culture, you might be thinking of a sword and sorcery or Lord of the Rings type world, whose workings are more like a computer simulation (as in a 3d computer game) than the world we actually inhabit, where the laws of nature are what they are, fixed and immutable.
It’s taken two and a half thousand years — since the first speculations of the Presocratic Philosophers of Ancient Greece — to realize just what sort of world we inhabit. Not so long ago, it was commonly believed that mice were generated from dirty rags. You know what a ‘mouse’ is? those little grey furry things with tails that scamper about. Now we really know what a mouse is, the very notion seems ridiculous.
So magic won’t do. What you need to turn water into wine — as in the New Testament story — is a miracle.
There are two types of miracles: those where God plays about with the laws of chance, and those where He deliberately breaks the laws of nature He as decreed. An example of the first would be my praying that I win the lottery and then my number coming up. The water-wine trick requires a miracle of the second kind.
And that’s where things get difficult. You can say that, ‘God can do anything, don’t worry about the details,’ but then you are really talking about a sword and sorcery type world. The details, the ‘step-by-step’ process, matter. The description of wine as ‘red liquid you get from grapes that makes you drunk’ is about on the same level as ‘little grey furry things with tails that scamper about’. The more you get to understand what wine IS the harder it is to see how it would even make sense to talk of water literally ‘turning into’ wine.
(Maybe you’re thinking of re-arranging the protons, neutrons and electrons? Good luck with that.)
A lot of the academic discussion of miracles seems to me like speculating about what God could or couldn’t do, or second-guessing what God would or wouldn’t do. As an exercise, I don’t find that very rewarding. But if you want to pursue the arguments, any good Philosophy of Religion text book will provide you with what you need.
Bottom line is: to quote Morpheus again, ‘Believe what you want to believe.’ At least be clear about what it is that you actually believe.
One thought on “Can water turn into wine?”
Obviously, water can be turned into wine. What you need for it are wine plants. Put the water at the plant’s roots, harvest the grapes, etc. Of course, the plant will mix in some other ingredients, and you have to add yeast as well. So it boils down to: how do you define “turn into”? If you allow the concept of “turning into” to contain processes by which other things are mixed in, as part of “turning into”, then clearly, yes. If you don’t, you would have to turn some of the water into the other elements the plants need, which seems physically possible, although it would be hard to achive in practice.