Description

Episode 40 of Layer by Layer: a Cubing Podcast, the show (ostensibly) about Rubik's Cubes, speedcubing, and only occasionally/often about other things.

Recorded Wednesday, February 10, 2021

Discuss the show on Reddit: https://reddit.com/r/layerbylayer

Or on SpeedSolving: https://www.speedsolving.com/threads/the-layer-by-layer-podcast.76921/

Topics:

- Yunhao Lou 3.86 Clock WR average

- Ice Cream Cakes

- ALTERNATIVE TITLE GUESSING CONTEST: https://docs.google.com/forms/d/e/1FAIpQLSdP7PkjtYwguE-b1cAU_Vn8ToU-Rn3dtE8loJgyeCnXhd7Utg/formResponse

- Some Unofficial MultiBLD results - Graham and Rowe 60 point attempts, Graham's huge 200 cube attempt

      - Graham: 62/64 in 59:17 and 189/200, Rowe: 60/60 in 59:53

- There’s a difference between unsolvable cubes and “wrong color scheme”

• cubes_art:https://www.instagram.com/cubes_art/?hl=en
  
  
• Pic with all opposite colors:https://www.instagram.com/p/CJ9V0tSpkQ6/

- Is Worlds' 30 second registration cutoff too strict?

- New SEE Events:



Kit: Among Us Cubing: 10 points; Oops all U Moves: 

Average of 5: 1.04

• 1. 0.91   R' R' R2 R R2 R' R2 R R' R2 R R R' R R' R2 R R2 R R R' R' R' R' R2 (solved)
  
  
• 2. (0.73)   R2 R' R R' R2 R R' R2 R R R R R2 R' R R2 R2 R2 R' R R2 R2 R R R (solved)
  
  
• 3. 1.24   R2 R2 R2 R R' R' R' R2 R R' R R R R R R2 R' R R' R2 R2 R R2 R R2 (U2)
  
  
• 4. (3.19)   R2 R' R R R' R' R2 R2 R2 R R2 R R' R R' R R' R R2 R' R R R' R' R2 (U2)
  
  
• 5. 0.98   R R' R R' R2 R2 R R' R2 R' R2 R' R' R2 R' R R2 R2 R' R2 R' R R R R (U')

Andrew: Among Us Cubing: idk like 8?; Oops all U Moves:

Average of 5: 0.80

• 1. (1.22)   R' R2 R' R R' R R R' R R2 R' R2 R R2 R' R' R' R' R R2 R2 R2 R2 R R (solved)
  
  
• 2. 1.11   R2 R R' R2 R R2 R' R2 R2 R2 R' R' R' R R R2 R2 R' R' R' R R R2 R2 R'
  
  
• 3. 0.86   R' R2 R' R' R2 R R R' R R R R' R2 R R R2 R' R' R2 R2 R R2 R' R2 R2
  
  
• 4. (0.34)   R' R R' R' R2 R R R R R R R2 R R2 R2 R R R' R2 R2 R R R' R R'
  
  
• 5. 0.43   R' R' R R' R2 R2 R' R R R R' R2 R' R2 R2 R2 R R2 R' R2 R R' R2 R2 R'