Mark Davis
Mark Davis
originally posted by SFJoe:
Wide as I may be, I can't buy in to this.originally posted by Mark Davis:
4,8,16,24...The point is that this method is widely accepted as a way to understand how the wine interacts with Oxygen.
I can't say I've done extensive controlled studies on the matter. I am not a chemist (and don't play one on TV) -- But, we are in luck because I thought there were a few who posted here? (hopefully none of those who told me I was full of shit yet) So please correct me if I am wrong. I'm interested in thoughts comparing wine exposed rapidly to oxygen for 4,8,12,16,20,24 hours vs. the same wine exposed for 4,8,12,16,20,24 years (or take any arbitrary timeline) -- amounts consistent with the high and low end of permeability of typical corks in the later case. Surface areas consistent with a half full bottle (full bottle diameter) vs. neck diameter of 750ml bottles. Oxygen and volume levels consistent with typical air vs. that which leeches across the cork -- ie. do the molecules of air permeate across the cork equally? I assume the gaps are so large they do? I don't remember any of this Chemistry shit from college/grad school. I also expect temperate to be a key factor, slowing down the process as the atmosphere cools.
The theory is that the mapping of time would vary drastically between wines, but such a mapping exists for all wines...and, for all wines., the progression is the same...but faster with more surface area exposed to non-inert elements of the atmosphere, or more of it, or quicker or at higher temperature (excluding temps that cook the wine). Or, alternatively, would you expect a completely different interaction to occur?
-mark