The dynamic equations describing socalled Quincke effect  spontaneous rotation of the dielectric particles in liquids with low conductivity was for the first time proposed in 1982. Later it turned out that these equations after corresponding rescalings are equivalent to the Lorenz equations which are the paradigmatic model of the deterministic chaos phenomena. Onthe basis of these models the phenomenon of the negative effective viscosity effect was predicted. Thus it was shown that the quicke suspension is the particular representative of the active system. On the basis of kinetic equation describing the Dynamics of particle rotation plane orientations their synchronization due to the hydrodynamic interactions was considered. The approach was generalized to the anisotropic particles and new deterministic chaos phenomena were predicted and experimental observation of curious orientation of dielectric rods perpendicularly to the Electric field explained. The developed model allows one to calculate the increase of the conductivity of the suspension due to rotations of dielectric colloidal grains. Developed models were generalized by including thermal noise and interesting bistability phenomena were predicted.
 A.Cebers. Some peculiarities of transfer phenomena in suspensions with internal rotations//Applied mathematics and mechanics (USSR) (in Russ.).  1978, v.42, N4.  P.673678.
 A.Cebers. Electrohydrodynamic instabilities in weakly conducting suspension of ellipsoidal particles//Magnitnaya Gidrod. (in Russ.).  1980, v.16, N2  P.8188; Magnetohydrodynamics (Engl. translation)  1980, v.16, N2  P.175180.
 A.Cebers. Internal rotations in the hydrodynamics of low‑conducting dielectric suspensions//Mechanics of liquid and gas  (USSR) (in Russ).  1980, N2  P.86‑93.
 A.Cebers. On the chaotic solutions of relaxation equations of electric polarization//Magnitnaya Gidrod. (in Russ.).  1991, v.27, N3.  P.1726; Magnetohydrodynamics (Engl. translation)  1991, v.27, N3  P.251258.
 A.Cebers. Chaos in polarization relaxation of the low‑conducting suspension of anisotropic particles//JMMM. ‑ 1993, v.122, P.277280.
 A.Cebers, E.Lemaire, L.Lobry. Electrohydrodynamic instabilities and orientation of dielectric ellipsoids in lowconducting fluids // Phys. Rev. E – 2001, v.63 – 016301.
 A.Cēbers, E.Lemaire, L.Lobry. Internal rotations in dielectric suspensions// Magnitnaya Gidrodinamika – 2000, v.36, N 4  P.347–364.
 A.Cebers and I.Rubinstein. Polarization of nonequilibrium double layer and agglomeration of polyelectrolyte balls // International Journal of Modern Physics B – 2002, v.16 (17–18) – P.2334–2340.
 M.Ozols, and A.Cebers. Autooscillations in dielectric suspensions with the ‘negative’ viscosity effect. Magnetohydrodynamics – 2005 – v.41 – P.333339.
 M.Belovs, and A.Cebers. Relaxation of polar order in suspensions with Quincke effect. Phys.Rev.E 2014, v.89, 052310.
 A.Cēbers. Poiseuille flow of a Quincke suspension, Phys.Rev.E,2014, v.90,032305 (2014)
