Q&A for How to Create a Cube Pattern Within a Rubik's Cube

To solve a Rubik's cube faster, top solvers employ advanced techniques and strategies. One key approach is maximizing efficiency during the inspection phase, where solvers have 15 seconds to analyze the cube before starting the timer. Elite solvers aim to identify up to 70% of the solution during this brief period, focusing on planning multiple F2L (First Two Layers) pairs without pause. By prioritizing the completion of one F2L pair or even three pairs in a single sequence, they streamline the solving process. Additionally, solvers utilize techniques like pseudo-slotting, a variation of F2L that optimizes piece placement without interruption. Another crucial method is ZBLL (Zborowski-Bruchem Last Layer), which expands upon the basic OLL (Orientation of the Last Layer) algorithms. By mastering additional algorithms within ZBLL, solvers can bypass the final PLL (Permutation of the Last Layer) step entirely, resulting in faster solves. These advanced strategies, coupled with meticulous inspection and continuous practice, enable top solvers to push the boundaries of Rubik's cube solving to unprecedented speeds.

If you want to have your own special algorithms, then base them off CFOP and modify them.

There are many ways to improve your times, one of which is improving your method. If you use beginner's method, it is important to learn CFOP or another speed-cubing method. If you already know CFOP but use 4 look last layer, then it is important to learn full PLL. Regular practice is also very important, so set aside some time every day to practice.

Many will say CFOP, however, it depends on what you think is easiest. It really depends on what you think is easiest. There are many ways out there, so learn some and find your favorite!

The algorithm is: F L F U' R U F2 L2 U' L' B D' B' L2 U. You can also twist the corners at the end for more detail.