Timothy Huynh

Timothy Huynh is a Rubik’s Cube Artist based in Tampa, Florida. Timothy has been solving Rubik's Cubes professionally since 2016 and became a Guinness World Record Holder with advanced Rubik's cube-solving skills. Timothy has a follower base of over 8.6 million YouTube subscribers and 124k followers on Instagram. Internet celebrities including David Dobrik and Simu Liu have sung his praises, and Pixar has deemed his work "incredible."

Professional Achievements

  • Creator of 2 Rubik’s Cube YouTube channels with over 8 million subscribers

Favorite Piece of Advice

Don’t compare your learning times with others; cubing is all about your personal journey.

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Q&A Comments (11)

What is an odd-numbered Rubik's cube?
In odd-numbered Rubik's cubes, the absence of a fixed center distinguishes them from their even-numbered counterparts. Fixed centers in a Rubik's cube dictate the identity of each face, providing instant clues for solving a scrambled cube. However, in even-number cubes like the 4x4 and 6x6, the centers are not stationary; they shift positions. Consequently, arranging centers incorrectly can render the cube unsolvable. Contrastingly, in a 5x5 cube, a fixed center remains, ensuring that incorrect center placements never occur. The presence of this stable center reference point facilitates solving by providing a reliable guide for aligning colors and solving the cube accurately.
What's the fastest way to solve 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.
How do I solve and understand a new puzzle easily?
To solve a new puzzle effectively, break it down into its fundamental components and examine its mechanisms closely. Begin by analyzing the rules and constraints provided, understanding how each element interacts with one another. Look for patterns or relationships between different parts of the puzzle, noting any restrictions or dependencies. Next, start experimenting with the puzzle, testing different combinations or scenarios to observe how they affect the outcome. Play around with the given information, manipulating variables, and observing the results to gain insight into the puzzle's logic. By engaging actively with the puzzle, you'll develop a deeper understanding of its mechanics and uncover potential strategies for solving it. As you continue to explore the puzzle, pay attention to any deductions or inferences you can make based on the information provided. Look for opportunities to make logical deductions or eliminate possibilities based on the rules of the puzzle. By systematically analyzing the puzzle and refining your approach based on your observations, you'll gradually develop a feel for how it works and increase your chances of solving it successfully.
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Co-authored Articles (15)