Scientists claim to have discovered secret to perfect espresso
Scientists claim to have discovered secret to perfect espresso
Researchers say dash of water added to beans before they are ground creates more consistent, tastier coffee
Spoiler, its RDT
In case people do nto know what RDT is, which they really should if they have been into coffee for a little while as it makes a big difference:
RDT is Ross Droplet Technique, which is very much adding water to beans. Named after David Ross who came up with it back in 2005
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This post is like 3 levels of coffee interest removed from mainstream. RDT is unknown outside of whatever small circle the listener is part of which does not overlap with other, known definitions of RDT.
This post is almost gatekeeping because of how much jargon and technobabble is required to know for this very specific subject. Hopefully you see the value in helping others enjoy your hobby and make any future explanation more open to new users!
For folks who make espresso at home, especially if you’ve worked with a manual grinder of any sort, this is extremely well known. In fact when you first get started and start searching for how to deal with the static problem (cause it’s the first major problem you’ll encounter), it’ll be what comes up. So for future scientists.
https://letmegooglethat.com/?q=how+to+remove+static+from+coffee+grinder&l=1
For the first result I get: https://www.javapresse.com/blogs/grinding-coffee/how-to-deal-with-static-in-coffee-grinders-3-tricks-you-can-try-at-home
Which as #1:
- Ross Droplet Technique
How does a static problem affect the taste?
I don't understand how rdt leads to better tasting espresso. Maybe an easier cleanup session, but taste?
So espresso is very picky about measurements. 18g of beans into your grinder ideally yields 18g out. Not getting that amount of ground coffee out of the grinder and hence into your portafilter will heavily influence the taste.
Is there an acceptable margin of error? It's wild to me that static would cause a difference outside of that margin.
Why not measure your grinds versus measuring your beans? Or, if you know how much you lose to static, could you compensate for that in your bean weigh?
These solutions seem easier than RDT.
if you know how much you lose to static
That's the trouble, it didn't get vaporized or vanish. It's still in the grinder, or sticking to the collection bin. I'm not an expert or anything but I suspect that the residue oxidizing and mixing with the next batch will have more flavor impact than being a little off with your measurement.
This feels like it would have the biggest effect. Nice thinkin!
Honestly, is incredibly easy to spritz them when measuring, throw em in the grinder and be done.
I've never really read much on the actual effects of water on the coffee flavor itself, just the wonderful lack of static. I don't screw with espresso as I'm at my limit for expensive hobbies. I have in the past and a half gram will make a noticable difference in a shot. Enough to ruin it? Completely subjective.
So the goal is to make your “ideal” shot for the beans you have. Reproducibly. So right off the bat if the ground weight out isn’t equal to the unground weight in (as close and reproducible as possible) then you’ll have to adjust other factors for each shot. Which can quickly become extremely complicated. Especially with static where the amount of loss is going to vary every time.
I get 18g out when I put 18 in, 17 on a very bad day maybe. I think with most good grinders the loss is maximum of 1g and typically substantially less.
I do it for every grinder. Minimal retention = less cleaning.
I do it for every grinder. Minimal retention = less cleaning.
Yep. Those mornings I forget to introduce a bit of water I always kick myself because now I'm fussing with a brush for three times as long to get my manual grinder clean.
I find RDT to be more important with an electric grinder than a manual hand grinder.
Wow.
So what happened was that someone asked a question and while I answered the question someone else answered with a completely incorrect answer. My answer was then down voted and the incorrect one (which has since been edited to add in the right answer) upvoted.
So yeah, you are a bit late to the party here.
At not fucking point did I refuse to answer a basic question.