2x2 EG (Erik-Gunnar) Method

Ahh immense I will begin learning EG-1 tomorrow morning when I wake up because it's like midnight right now :p
 
an adjacent swap bottom layer is also more common than a solved layer or an opposite swap, which gives EG-1 the potential to be more useful than either CLL or EG-2.

John-Michael Clay advocated this back when people started taking CLL and EG seriously (ie after Rowe learned it). There are two major drawbacks-the first being that the solved bar always needs to be in back, which leads to ugly face-building fingertricks or a mandatory rotation. Second, people who know ortega will already know a good chunk of CLL, more if they already know COLL/CMLL. Also many of the regular CLL algs can be applied to 3x3 solving. (I only know CMLL because of all the 2x2 stuff I've learned)

That being said, I wouldn't necessarily recommend against learning EG-1 first, as solves where you don't know the alg are likely to be faster compared to CLL solves where you don't know the alg.
 
What are your thoughts on this method? If you guys have learned it, what are you averages?

Chris Olson (Rubiks560) uses EG and has the current WR average for 2x2. (not to mention he's a MN cuber too). i haven't learned it yet, but i remember chris saying "Only learn it if you really want/plan to get fast with it" he can average Sub 2 at home sometimes. i think he would be better to talk about this. Take it away, chris, if you get to seeing this...
 
It's a ton of work, but it is objectively the fastest method. You could just learn CLL or a different method and be almost as fast with less algorithms, but if you want to be as fast as possible, EG is necessary.
 
Wow, i might have to send him a pm lol! Im having a hard time recognising the different cases:(

It's a ton of work, but it is objectively the fastest method. You could just learn CLL or a different method and be almost as fast with less algorithms, but if you want to be as fast as possible, EG is necessary.
I was planning on just learning cll, but even that seems a bit difficult!
 
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Technically: Sure.

CLL is more convenient to learn for beginners though, as having a full layer and no specific ADF before executing an algorithm is nicer if you have to work on CLL-recognition as well.
 
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