In the beginning, it helps a lot to know the first letter of every side, i.e. AEIMQU. You can derive the other letter from them easily. After a while, with practice, this will become automatic and you don't need to think about it anymore.
It would be wayyyy too hard. You'd have to one look the entire solution by tracing, and during Cross and F2L, lots of things move around.
I knew it wouldn't be fast at all, although, i think j perm's video on one looking is good,
The short answer is, there isn't one. If your buffer starts flipped, you may have another flipped piece or you may not - the same as if your buffer is solved to begin with, or anywhere else. Because of how cycle breaks work, whether the buffer is flipped or not has no effect on other pieces being flipped. Just look for the flips separately.
All you have to do is find a sticker you don’t think has been solved, check it, and shoot to it if it hasn’t been solved.
Yeah, I understand the concept, but I still need to use my fingers to figure out which pieces are solved, and since there are twelve edges and I have ten fingers... let’s just say I normally can’t figure out which ones are solved, and the only way to figure that out is practice, and I would only practice if I knew that I could solve it which requires me to know which ones are solved, etc etc
One thing you can do when you are starting blind is to write down your memo and the pieces that are solved/unsolved. You can hide the cube while you execute your solution so that you don't have to worry about memorizing anything yet.
docs.google.com
You can try and cross out stickers in blocks, for example, if all the edge stickers in the D layer are solved, you just remember it can only be in the middle layer or the top layer now. Plus, if a sticker has been solved, the entire edge has been solved.
I use four fingers of each hand to put them on the L and R layer edges. With UF as my buffer, I remember the remaining three M slice edges without the use of my fingers. I found that this is the most ergonomic way and remembering only three edges without my fingers works very well.
Thanks! I’ve known how to do it for several months, but I think this will motivate me to try againThis might help you along the way.
How to train to solve your Rubik’s cube blindfolded
How to train to solve your Rubik’s cube blindfolded © 2020 Ruud Pollé This tutorial assumes you know how blindfolded solving works. This is not an explanation of the method, it’s a guide on how to train and practice. Step 1: Do the entire solve with your chosen blindfolded method, but without ...
If you have any questions, I'd be happy to help further. I personally don't put a finger on the buffer piece and the spot that the buffer piece is in while I'm tracing. That saves two spots, and leaves 10 for my 10 fingers.
