There are many solutions to solve the Rubik’s cube. Lars
Petrus, Jessica Fridich, and Shotaro Makisumi, are people who created the
solution to solve it. A common solution used by cubers was developed by Jessica Fridrich,
a professor at the Department of Electrical and Computer Engineering at Binghamton University. It
uses a large number of algorithms, especially for orienting and permuting the
last layer. The cross consists of one color is done first and then continue to
make second and first layer by F2L (First 2 Layer) algorithms that consist of
41 algorithms. The next step is to solve the third layer by OLL (Oriented Last
Layer) and PLL (Permutation Last Layer). Fridrich's
solution requires learning roughly 120 algorithms but the Cube can
be solved in only 55 moves on average.
There are two kinds of Rubik’s cube, DIY and Original
Rubik’s cube. DIY (Do It Yourself) Rubik’s cube is the cube that can be
assembled and modified by ourselves. The core of it made up of bolts; so we can
arrange the bolts to get a comfortable Rubik’s cube. Types of DIY Rubik’s cube
are, A type, C type, and F type. Every type has different advantages for
cubers. For the example, F type is a lightweight Rubik’s cube and it almost
can’t be pop out. It is suitable for a stylish cuber. C type has a good
material and it suitable for a rush cuber. The second type is Original Rubik’s
cube or we can call Ori Rubik. Ori Rubik is the cube that can’t be assembled or
modified by ourselves. The core of this made of nails. Ori Rubik is suitable
for a beginner cuber that’s training their fingertrick.
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