# A simple trick to design your own solutions for Rubik's cubes | Summary and Q&A

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January 15, 2016
by
Mathologer
A simple trick to design your own solutions for Rubik's cubes

## TL;DR

Learn a simple trick to solve the Rubik's Cube using "magic moves" that only affect small parts of the cube.

## Key Insights

• 🥳 The trick to solving the Rubik's Cube involves designing magic moves that only affect specific parts of the cube.
• 🪄 By using these magic moves, combined with common sense, anyone can find their own solutions to the Rubik's Cube.
• 🖐️ Commutators play a role in understanding the order of moves and how they affect the cube's outcome.
• 🪄 The trick can be applied to other similar puzzles, such as the Megaminx, by designing appropriate magic moves.

## Transcript

Today I'm going to tell you about something that's really close to my heart. It's a super simple trick that allows you to find your own solutions to pretty much any Rubik's Cube on that shelf. That sounds too good to be true but it's actually true, it's really quite amazing. So, what I'm going to do is I'm going to explain the trick using the norma... Read More

### Q: What is the main message of the video?

The main message is that if you can solve the first layer of the Rubik's Cube, you can find your own solutions without needing to look up a guide.

### Q: How do you find a move that flips one edge without affecting the rest of the cube?

To find a move that flips one edge, focus on designing a move that only affects the top layer. By reversing the move and twisting the top layer, you can flip the edge without changing anything else.

### Q: How do you restore the cube after using a magic move?

To restore the cube, simply run the magic move in reverse. If you twisted the top layer, untwist it before performing the reverse move. This will bring the cube back to its original state.

### Q: What are commutators in relation to Rubik's Cube moves?

Commutators are compound moves that involve doing a sequence of moves, then the reverse of another sequence, and vice versa. They determine whether two moves commute or not, meaning whether the order of the moves affects the outcome.

## Summary & Key Takeaways

• The video explains a trick to solve the Rubik's Cube by using "magic moves" that only affect specific parts of the cube.

• The trick involves designing moves that flip edges, twist corners, move edges, and move corners.

• By combining these magic moves with common sense, anyone can find their own solutions to solving the Rubik's Cube.