Hi, Mikal
Yes, emotions (or "e-motions") appear to be the driving force and similar to energy, they appear to share a common desire for growth and expansion. So in a sense, similar to ideas of a universal expansion, emotions press outward as well, though similar to gravity, I think they jostle around and "bump into" each other as well
On the other hand, there would appear to be no purpose or direction without emotion. We might consider science to be emotionless, but this is not true - it's a product of desires. To an extent, I think there's an intelligence to emotions and they have a purpose, but I don't know how well coordinated they are and I think that's where ones own intelligence serves a purpose, in coordinating those emotions and allowing that growth to occur, though you can't be dominated by a single emotion without encountering conflicts, nor can you ignore some emotions without paying for it in terms of encountering limits, stagnation and decay, every emotion has a purpose, direction (in an abstract sense) and the potential for growth.
The puzzle in life appears to be figuratively finding a "space" where they all have "homes" and don't need to quarrel or bicker (except for the few that enjoy quarreling and bickering - they can share a place together! LOL)
It appears the general manner to do this without blocking or altering any of these is to (once again, in figurative physics terms) coordinate or synchronize the components that desire to interact together without conflict (similar to providing a coherent/laser light or a new time reference to be shared between them - "traffic lights" (ugghhh

) so that they can avoid collisions), and the ones that don't desire this can be free to expand as space, while the ones that like to bump heads can be similarly left to remain with their desires - matter). Maybe turn "gravity" down a little so they don't keep sucking everything into a black hole?
Space, light, matter and evaporating black holes. It appears the universe has already solved the problem!
I think there's another "element" that encompasses all of this and it's more like a super fluid - fundamentally frictionless, it doesn't lose information and can allow any pathway or combinations of pathways to exist. Though for growth, it can't be constrained and is ultimately chaotic and difficult to predict, but in terms of an optimal "solution", future growth is something that doesn't need to be considered in the present - that's nature doing her job. Time needs the "welcome mat" to stay in front of the door, but it's simply those things already existing that are the significant components.
I think the game plan would be - 1) add more space (allow independence/freedom) and 2) provide greater visibility and a manner to coordinate between the components that desire this, 3) prepare for growth and adaptation of this is in a relatively fluid/dynamic and responsive manner and 4) let the rest stay and bump heads.
That's at least the best solution I can think of, though it's definitely not simple - especially #3, and it may be that #1 is dependent first upon resolving #2 and #3.
I don't think natural laws come with built in limits. The limits at any moment are required to exist in order that things exist relative to those limits - a perfect void has no limits, it's also only a void.
So how do you move the walls fast enough so that they're never actually encountered? Well, you need a space, you need a material to construct walls (matter) and a way to move them (coherent energy) and then you can potentially get a super fluid, but that's a finite and enclosed object without time though, so you need a space to preexist beyond this (before/beyond the Big Bang) and a lot of intelligence to keep it all dynamically growing and beyond that I'd have to say it's a wee bit of luck, though the odds might be biased ... the question is which way. Whenever randomness is added to the mix, things appear to stop there, so that's a pathway that's not very reliable - maybe label that one "emergency exit".

I don't think there's a need for it as the rest can already be unbounded.
Well, I'd say if someone wants a challenge, there's a problem that likely provides it (I think most all of science is fundamentally studying the exact same structure, though it's reflected in a myriad number of ways).