<abstract xmlns="http://www.w3.org/1999/xhtml">

Periodic orbits play a fundamental role in the study and deep understanding of the behavior of dynamical systems. In the current work, we investigated the periodic orbits around the triangular libration points of the restricted three-body problem. The equations of motion of the restricted problem are presented when both primaries are prolate triaxial. Periodic orbits around the triangular points are obtained and then illustrated graphically for some selected initial conditions and for the entire domain of the mass ratio <italic>μ</italic>, as well. The eccentricities of the periodic orbits are obtained and then represented graphically. It is observed that the periodic orbits about the triangular stationary points are elliptical, and the frequencies of short and long orbits of the periodic motion are influenced by the shape of the primary bodies. Furthermore, we found that the perturbing forces influence the period, the orientation, and the eccentricities of the short and long periodic orbits.
</abstract>

Periodic Orbits Around the Triangular Points with Prolate Primaries

<abstract xmlns="http://www.w3.org/1999/xhtml">

In this paper are reviewed publications that were concerned about the discovery of the location of the heliopause “nose” by the Newtonian Approximation method and publications using the full three-dimensional magnetohydrodynamic simulations of the heliosphere that confirmed that discovery.
Since we do not have a clear answer to the question of what the heliosphere looks like, in connection with the planned launch of the Interstellar Probe within this decade, there was a problem with deciding which direction to send it. The discovery of the movement of the “nose” of the heliopause depending on the direction of the interstellar magnetic field and the determination of the position of the “nose” is very important for this decision. Therefore, the purpose of the article is to answer the question of where is the “nose” of the heliopause.
In the second part of the article, the possibility of changing the paradigm of scientific research projects related to interstellar missions (including those focused on the study of the heliosphere), among other things, by increasing the interdisciplinarity of research, is explored. As part of initiating such cooperation, the article develops social sciences themes related to the sustainable logistics of Interstellar Probe missions to increase public involvement in these projects.
</abstract>

Interstellar Probe — Where is the “Nose” of the Heliosphere?

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Periodic Orbits Around the Triangular Points with Prolate Primaries

Interstellar Probe — Where is the “Nose” of the Heliosphere?

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