Can planets orbiting a binary star trace out an orbit in the form of an 8 (or $\infty$-sign)?

Question

In this article there is a lot explained about planets orbiting a binary star. It is said that a planet orbits the binary star around the CM of both stars. I couldn't find anything about planetary orbits (neither in other articles) of planets tracing out an $\infty$-form around the two stars. This picture in this article is showing the path I mean (the red line):

In the article, though, the red line isn't representing the trajectory I mean (I used it only to clarify what I mean), but it represents the (as is shown) the Roche lobes, which are explained in the article.

I think my question is clear by now: do there exist orbits of planets in a binary star system which make the trajectory I described?

There are quite a few idealized orbital solution that have been found over the centuries. Here is one represented in a OSP simulation. But real situations always involve perturbations, so stability is of critical importance. (I believe the simulated solution is stable, but some other ideal solutions are not.) — dmckee --- ex-moderator kitten, Jan 23 '18 at 18:44
Possible duplicate: https://physics.stackexchange.com/q/31201/2451 — Qmechanic, Jan 23 '18 at 19:04
Possible duplicate of Might a planet perform figure-8 orbits around two stars? — sammy gerbil, Jan 23 '18 at 19:14
I would guess that a planet in such an orbit would not last very long. — Hot Licks, Jan 23 '18 at 19:20
The mentioned question perfectly answered my question. Well, almost. I would say such an orbit is impossible. — Deschele Schilder, Jan 23 '18 at 21:56

Can planets orbiting a binary star trace out an orbit in the form of an 8 (or $\infty$-sign)?

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