DOI: 10.1103/PhysRevLett.120.183603
I have read a paper about Dissipation-Induced Multicritical Phenomena, the relevant DOI is above.Its [21] reference is supplemental material,the sixth part gives a set of ten equations,and we want to gain its steady state, so the lhs is set to zero, thus,we obtain a ten-dimensional linear equtions.
How could i get this analytical result by Mathematic, you can download my notebook, help me solve this. Shall i think about block matrix?
On my system LinearSolve finds the solution in a few seconds. The solution is a very complicated algebraic expression, that Simplify reduces in size quite a lot. I don’t know why you had to abort the computation.
It is impossible to run off,if i use "Fullsimplify"function.In your computer,can you gain the same result of the supplemental material?
I used Simplify, not FullSimplify.
By supplemental material you mean the published paper? No, I didn’t try. Did you transcribe the solution of the paper into Mathematica format?
No,i think it doesn’t matter.
