The I love cubing Thread

DaveyCow

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Couldn't find a thread on this and I wanted to talk about it, so I started a thread:

Why do *you* love cubeing? Why is it so awesome and passionate for you? Of course, there could be multiple reasons so tell us it all!
 
Well, I love the community and how we're a little section of the world that is passionate about a common thing. I love moving the cube in my hands and how the algs feel. I love collecting multiple versions of the same 3x3 cube and taking pictures of them to denote the difference. And of course, i love solving the little devil and seeing all the colors match up - it's so pretty! That's all just for starters.... Please let me know your thoughts!!!
 
There are a couple threads similar to this.

Personally I don't know if I even love to cube. It's something to do, with many goals to achieve, and many things about it to make it not boring over long periods of time. (Different methods, different alg sets, etc)
 
Personally I don't know if I even love to cube. It's something to do, with many goals to achieve, and many things about it to make it not boring over long periods of time. (Different methods, different alg sets, etc)

In a more serious answer than the initial one I gave: it's pretty much this as well. I like it, and it's a fun hobby for me, but I'm not really "passionate" about it.

Just a little off topic: Cubing is actually sort of a side-hobby to me, yet people like to identify me because I cube. Go figure - I'm not "that guy who plays with metal toy soldiers," (miniatures gaming, in case you're wondering) I'm "that guy who can solve a Rubik's Cube really fast."
 
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"Insanity: doing the same thing over and over again and expecting different results."
- Albert Einstein

Sorry, but had to point out that Einstein was probably not the source of this quote. For two reasons: I can't find a single source of him actually saying it, and doing the same thing over and over and expecting different results is the foundation of rigor in science and leads to its self-correcting ways.

On-topic: Overall, I think I like the diversity of the types of puzzles and what methods can be used to solve them in efficient ways.
 
Sorry, but had to point out that Einstein was probably not the source of this quote. For two reasons: I can't find a single source of him actually saying it, and doing the same thing over and over and expecting different results is the foundation of rigor in science and leads to its self-correcting ways.

On-topic: Overall, I think I like the diversity of the types of puzzles and what methods can be used to solve them in efficient ways.

The results are always the same. And it was Ben Franklin.
 
The results are always the same.
If an experiment is set up correctly each time it is done, yes (not counting the probabilities in quantum mechanics). However, if someone does a crappy experiment, let's say he/she didn't clean out the testing facility for quite some time and something started growing in the testing apparatus, then proclaims a new discovery based on the experiment, should no one be skeptical of his/her claims and reproduce the experiment several times over to find out what whether something went wrong or whether it was a true discovery?
 
Sorry, but had to point out that Einstein was probably not the source of this quote. For two reasons: I can't find a single source of him actually saying it, and doing the same thing over and over and expecting different results is the foundation of rigor in science and leads to its self-correcting ways.

Extremely off-topic, but:
I'm not 100% sure on the origin of the quote; I just remembered the quote itself, and googled it. Top three results tell me Einstein, so I just sort of took it.
Also: I partially disagree with your assessment of science there. You don't do the exact same thing over and over again, you're often tweaking the experiment a bit to have (even if slightly) different variables. However, when things aren't exactly going right, to go back to the original experiment to re-evaluate what happened would be wise, and is what many scientists do. So, you're right in a sense, but I disagree with the generalisation.

Besides,
"Sanity is for the weak!"
- (Believe that comes from Warhammer 40 000, some Chaos character)

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If an experiment is set up correctly each time it is done, yes (not counting the probabilities in quantum mechanics). However, if someone does a crappy experiment, let's say he/she didn't clean out the testing facility for quite some time and something started growing in the testing apparatus, then proclaims a new discovery based on the experiment, should no one be skeptical of his/her claims and reproduce the experiment several times over to find out what whether something went wrong or whether it was a true discovery?

This is exactly what I meant above. It's done time after time (when there's a major claim, and/or if there's scepticism in an area, usually), but not nearly as much as, say, your average speedcuber solving a cube. That being said, experiments generally cost money.
 
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I like the measurable improvement, I know when I have gotten better, I have numbers to show that I have gotten better, it makes me feel good about myself
 
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