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Good joke, Feliks ;)

Why WCA denied cooperate with RSA? Can someone write relevant info?

Yes, actually 11: https://www.worldcubeassociation.org/results/events.php?eventId=333&regionId=&years=&show=100%2BResults&single=Single

Thanks for explanation, I agree with it. Sheet is nice :-)

I think, it is very similar to this one: http://rubikscube.info/ortega.php

Thank you, this document is ok. I have one outdated, maybe.

Hi, thank you for very interesting method. I think in LOLS- algorithm set is error. Case 3 and 6 are the same (Sledgehammer). And there missing mirror case with one yellow/white sticker on top, two yellow/white stickers on some side and yellow/white sticker on other side.

Text from YT video about maglev: "This means when you're turning accurately, the tension will be lower, so the cube is FASTER, but when you start to mess up a turn and flex the cube, the tension is higher, so the cube is MORE STABLE."

Very nice!

In my first question I asked for like-Uperm algorithm, which not prevent corners permutation. So maybe 3-gen algorithm which not prevent corners permutation is easier than Uperm, which prevent corners permutation. But Cube Explorer say there is nothing better than Uperm.

For me nothing, but for totally beginners is maybe little complex :-)

What's about algorithms for L5E, which solve whole rest of cube? Solving UR edge + Midges orientation + Midges permutation with one algorithm. If I am not wrong and UR edge is on M-slice it is 88 new cases + mirrors. (If UR edge is flipped on own position, it is another 88.)

Thank you for answer. I want to preserve corners orientation. I want to find easy one 3-gen algorithm<RUF>, not fast one.

Where can I find algorithm similar to U-perm, which NOT prevents LL corners permutations? I think it should be easer and more suitable for beginner method. How can I generate it in Cube Explorer or some else software?

I think viable is only EG1-style second block (partly second block). First block is fully solved, and second block has oriented, but swapped two corners (DFR, DBR). Recognition for CMLL and EG1-style is the same.

Another idea for this method: 2. Solve square on DR + corner, with swapped corners (RFD, RBD) 3. Solve last 6 corners with EG1-style 4. Solve L7E (ordinary LSE slots + FR) This way you can implement EG2-style too. EG0, 1, 2 have better recognition than TCLL. But stranger second, or both...

It is transition between 2-look an 1-look OLL. Maybe it is obvious, but it is not well known, I think. Most used algorithms for doing first step in 2-look OLL orient edges, but corners too. (F R U R' U' F', F U R U' R' F', F R U R' U' F' f R U R' U' f'). So predict second step in 2-look OLL is...

Thank you.

I did one myself with N35 4x2mm magnets. My problem was that cube turns harder than I suppose. Screws on springs was unscrewed to maximum. So I try change springs, but no one works well, because Valk3 has special shape springs. After then I try cut one circle from original springs from their...

I cannot find in your PDF algorithms for orienting M-slice edges, if all R-edges and L-edges are solved. How do you realize this case? Unsolve one edge?