[Member Intro] Logically-Challenged Creative

MegsHAUSTED

Member
Joined
Apr 16, 2020
Messages
4
Hey, there! My name’s Meg, and I’m a 38YO SAHM of two girls, ages six and four.

Having young kids as my only company most of the time, I like to find new mental challenges to keep myself, and my wit, sharp.

I tried solving the cube on my own, but only managed one face and most of the sides, so I learned the beginner algorithms a month and a half ago. Took me a few days. I’ve been solving it daily, though, and leaving it for my family to scramble, so I can keep practicing and not forget.

It still takes me about eight minutes to do, but I’m just glad I can. I’m a creative, right-brained person, so straight logic is often tough to wrap my head around. Even though I love puzzles and math, my trig teacher in high school labeled me a “reverse thinker” since I have a knack for making anything easy difficult, but seem to intuitively understand difficult problems.

I’m a writer and digital creator, running mostly mom-humour accounts on FB, IG, and Twitter under the same name: MegsHAUSTED. Recently, I’ve become more active on TikTok to indulge my love of dancing (not with skill, mind you), and creative videography. We’re also theatre nerds in this house, so there’s an acting component to the short lip-syncing videos that’s fun.

Anyway, I’m not sure I have the patience or endurance to learn all 80 bajillion algorithms needed to become efficiently speedy, but it’s a challenge I’d like to give a fair shot.

It’s a fun party trick for me, at least.
 
Welcome to the forums! You don't need many algorithms to be kind of fast, I know about 20 and can solve it in under 20 seconds.

How can I find the 20 magic algorithms? I’ve been referencing Rubik’s and they list 40 or 50+ per step! Juuuust s little daunting. Plus, the explanations in the speed-solving section are less thorough than in the beginner page.
 

choose a method from here
for basic roux u only have to learn 2 algs
basic cfop around 10
i dont know about zz
No.
Basic roux you need 9 (2 look CMLL)
Basic CFOP you need 16 (4LLL)
ZZ you need 13 (3LLL)
Petrus is same as ZZ.
 
Or you could use Petrus
I'm not sure if Petrus is good or bad for OP but @MegsHAUSTED you should check out this tutorial from Lars Petrus if you think that you would be good at block building. https://lar5.com/cube/ Roux could be a good option since the alg count is low and is pretty intuitive. I would not recommend ZZ since EO would be hard to wrap your head around. CFOP is almost a natural recommendation since it's the most developed method, but if you are good at block building Petrus and Roux are good choices.
 
Or you could use Petrus
I'm not sure if Petrus is good or bad for OP but @MegsHAUSTED you should check out this tutorial from Lars Petrus if you think that you would be good at block building. https://lar5.com/cube/ Roux could be a good option since the alg count is low and is pretty intuitive. I would not recommend ZZ since EO would be hard to wrap your head around. CFOP is almost a natural recommendation since it's the most developed method, but if you are good at block building Petrus and Roux are good choices.
No! ZZ EO is no harder then Petrus EO!
 
How can I find the 20 magic algorithms? I’ve been referencing Rubik’s and they list 40 or 50+ per step! Juuuust s little daunting. Plus, the explanations in the speed-solving section are less thorough than in the beginner page.
@MegsHAUSTED Welcome to the forums! It sounds like your goals/interest in cubing is going to be a bit different than many of us here. Speedsolving the 3x3 is a deep deep rabbit hole this community really enjoys exploring. There are many different methods to solve the cube and about a thousand acronyms we all use here. I think building on the beginner method skills you learned from the Rubiks site is probably the most attainable and fun way to progress your casual solving. Here are some resources for you to check out. The videos are all from the same person on Youtube

You can get pretty advanced and fast using a method we call CFOP & 4LLL (Cross, First 2 layers, Orient last layer, Permute last layer & Four Look Last Layer). You only need (16) algorithms to solve the entire cube. You might be used to using some algs from the First 2 Layers (F2L) but if you solve enough times you won't need algorithms to complete this phase as you learn how the cube works more. Keep in mind there are many different algorithms to move pieces in the same way.

Essentially you will:
1. Build a cross
2. Insert the bottom layer corners
3. Insert the middle layer edges (you can also combine steps 2 & 3 simultaneously for F2L)
4. Complete the last layer in 4 steps.
- 2 Step OLL (Orient Last Layer) (make the whole top yellow assuming you made a white cross)
- 2 Step PLL (Permute Last Layer) (move all the top layer pieces into the correct spot)

Here's a great youtube video explaining the beginner method which you probably already know but explains some fundamentals very well (the Last Layer is slightly different in this video from what i described above):

An intro to F2L (steps 2&3 combined above):

Some resources for last layer algorithms in step 4:

Other algs sheets:

A notation guide on how to read the algs:
 
@MegsHAUSTED Welcome to the forums! It sounds like your goals/interest in cubing is going to be a bit different than many of us here. Speedsolving the 3x3 is a deep deep rabbit hole this community really enjoys exploring. There are many different methods to solve the cube and about a thousand acronyms we all use here. I think building on the beginner method skills you learned from the Rubiks site is probably the most attainable and fun way to progress your casual solving. Here are some resources for you to check out. The videos are all from the same person on Youtube

You can get pretty advanced and fast using a method we call CFOP & 4LLL (Cross, First 2 layers, Orient last layer, Permute last layer & Four Look Last Layer). You only need (16) algorithms to solve the entire cube. You might be used to using some algs from the First 2 Layers (F2L) but if you solve enough times you won't need algorithms to complete this phase as you learn how the cube works more. Keep in mind there are many different algorithms to move pieces in the same way.

Essentially you will:
1. Build a cross
2. Insert the bottom layer corners
3. Insert the middle layer edges (you can also combine steps 2 & 3 simultaneously for F2L)
4. Complete the last layer in 4 steps.
- 2 Step OLL (Orient Last Layer) (make the whole top yellow assuming you made a white cross)
- 2 Step PLL (Permute Last Layer) (move all the top layer pieces into the correct spot)

Here's a great youtube video explaining the beginner method which you probably already know but explains some fundamentals very well (the Last Layer is slightly different in this video from what i described above):

An intro to F2L (steps 2&3 combined above):

Some resources for last layer algorithms in step 4:

Other algs sheets:

A notation guide on how to read the algs:

Wow, thank you for all of this! True, my interest in speed-solving may not be as deep-rooted as most members here, and I don’t mean to minimize the skill - I hope no one got that impression from my “party-trick” comment. But I do enjoy challenges, and the Rubik’s site noted how friendly the community here was, especially if help is needed.

And I’ll definitely need it!

I’m pretty good with the beginner algorithms, and working layer by layer, (obviously not that fast), but I’ll keep at it.

I suppose I don’t know the language very well yet, but I’m a natural linguist, so I’ll pick it up. Also, my husband’s in the military, so acronyms are my life, lol.
 
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