Abstract
Dynamical symmetries of the collisionless Boltzmann transport equation, with an external driving force, are derived in \(d=1\) spatial dimensions. Both positions and velocities are considered as independent variables. The Lie algebra of dynamical symmetries is isomorphic to the 2D projective conformal algebra, but we find new non-standard representations. Several examples with explicit external forces are presented.
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Notes
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- 2.
This paper contains the main results of our original work [14], presented by the first author at the LT-11 conference.
- 3.
The usual form of space translations does not work [14]. \(Y_{-1}\) is found (i) as a symmetry of the CBE and (ii) it forms a closed Lie algebra with the other basic generators \(X_{-1,0}\). The ansatz (13) is a particular solution the differential equation following from this. It leads to a Boltzmann operator \({\hat{B}}= -\mu X_{-1}-Y_{-1}\) linear in the generators. We believe this to be a natural auxiliary hypothesis.
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Acknowledgements
Most of this work was done during the visits of S.S. at Université de Lorraine Nancy and of M.H. at XI\(^\mathrm{th}\) International workshop “Lie theories and its applications in physics”. These visits was supported by PHC Rila. M.H. was partly supported by the Collège Doctoral Nancy-Leipzig-Coventry (Systèmes complexes à l’équilibre et hors équilibre) of UFA-DFH. S.S. has received partial support from the Bulgarian National Science Fund Grant DFNI-T02/6.
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Stoimenov, S., Henkel, M. (2016). Conformal Invariance of the 1D Collisionless Boltzmann Equation. In: Dobrev, V. (eds) Lie Theory and Its Applications in Physics. LT 2015. Springer Proceedings in Mathematics & Statistics, vol 191. Springer, Singapore. https://doi.org/10.1007/978-981-10-2636-2_33
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