Stellamancy

Speeding up the stellar life-cycle would require removing atoms, (or even better, making them fuse much, much, faster as removing atoms might not trigger a red supergiant phase in, say. main sequence yellow dwarfs due to a shortage of helium atoms). If we're going with the previous stellar energy waves explanation, then that means transmutating atoms back into waves of energy, again made much cleaner with the unstability gimmick. This would lead to maybe no matter at all being able to exist in the Stellamancy Home Plane as a drawable conclusion?

But of course, this is all wild speculation. I would like to hear the expert's opinion on stellamancy (sorry if this hard to read through, I could've indented more lol)

Are some stars harder to pass through than others with the "starfield connection"? As in, are some stars harder to obtain connections with than others, depending on things like size or intensity (heatwise, radiation-wise, flares\magnetic field stability-wise)? Larger stars would definitely be harder because of sheer time (Stephenson-218 stakes 8 hours for LIGHT to travel it's worth in size ["worth in size" because stars are comprised of superheated, goopy plasma that light has to bounce off of and thus can take millions of years to exit said star. Because of this, stars would also be very hard to travel\push through]), so smaller stars may be targets, but if heat makes it more challenging, then white dwarves (the smallest of the stars) would likely be too hot. Brown dwarves might be nice candidates because they're barely stars at all, but for that exact reason they're widely not considered stars (I don't know how the stellamancy spirits or whatever feel about this, though, which would probably overrule the opinions of the general public\stellamancy masters). The next best thing would of course be red dwarves, being small, cool, and having less dense and hot cores since mass can circulate throughout the entire star. This might start a constant cataloguing of stars to see which are the easiest to travel through. Still, all stars are incredible vast by the standards of most if not all non-divine lifeforms, with the very smallest red dwarf being the hilariously named OGLE-TR-122b, a huge 167,000km in radius. To cross this, assuming a running pace of 3m/s, would take just shy of 2 years, though it would probably be much, much, much slower and longer still due to the aforementioned viscosity of stars. Eating, drinking, and sleeping inside a star may be out of the question for a novice stellamancer, but maybe a torpor-like state can be induced while somehow maintaining a connection with the starfield (which also brings us to how the stellamancer would maintain control of the starfield while asleep.)?