The reversibility conjecture for restricted integrability equations

At least 1 year old · documented by

Let W{\bf W} be a component of the integrability variety V(B){\bf V}(B) of the system under consideration. Let A∣W\mathcal A|_{\bf W} denote the restriction to W{\bf W} of the operator in equation (e:AonW), and let V~(t1,…,tm)=1+h.o.t.⁡\widetilde V(t_1,\dots,t_m)=1+\operatorname{h.o.t.} be a formal power series. Reversibility conjecture. If equation A∣W(V~)=0\mathcal A|_{\bf W}(\widetilde V)=0 has a formal power series solution V~(t1,…,tm)=1+h.o.t.⁡\widetilde V(t_1,\dots,t_m)=1+\operatorname{h.o.t.}, then the original equation A(V)=0\mathcal A(V)=0 has a solution VV such that V∣W=1+h.o.t.⁡V|_{\bf W}=1+\operatorname{h.o.t.}. The claim is presented as the converse of the preceding restriction theorem; the supplied text gives no resolution status.

References

Primary source

Tatjana Petek and Valery Romanovski, “Integrability of polynomial vector fields and a dual problem”, arXiv:2409.04322 (2024).

Progress summary

Never refreshed

Nothing recorded yet. Refresh searches the literature and the public web for attempts on this problem, and writes the first summary here.

Solutions 0

No solutions have been posted yet.