collisionless particles 
The capture of collisionless particles is discussed as a mechanism for the formation of bound systems in an expanding universe.


Loss of angular momentum in a binary system due to collisionless particles as monopoles or gravitinos: Does it exceed the gravit


As a model of the Lyman α absorbing systems of quasar lights, the gravitational equilibrium of a baryon clump within an extended dark matter composed of collisionless particles is examined.


Counterrotating disks of collisionless particles and the hoop conjecture


In particular, we consider all the solutions associated with disk like sources of counter rotating collisionless particles, and find that the hoop conjecture is satisfied.


To understand this issue better, we study the dynamics of a cluster of collisionless particles orbiting a nonrotating black hole, which is part of a widely separated circular binary.


This perfect fluid solution is a good approximation to the evolution of warm dark matter perturbations obtained by solving the Vlasov's equation for collisionless particles.


The paper deals with the solution to the Kepler problem for the gravitational potential of a point mass with allowance for the presence of collisionless particles in the Universe [3].


For an equal mixture of SPH and collisionless particles, the average memory consumption per particle is therefore going to be about 152 byte/particle.


Stars are created, from the cold phase, as collisionless particles at each timestep.

