Magnetic colloids or socalled magnetic fluids were studied from different points of view. In particular coupled Brownian motion of the magnetic moment and the particle was considered. These models are applied for the description of the viscosity change of colloids in an applied field, in the nuclear magnetic resonance relaxometry. Magnetic colloid in an external AC field is an example of the active medium. The transformation of the rotation of colloidal grains into the macroscopic motion is the particular example of this. Important issue is magnetization relaxation equations describing the supply of the electromagnetic energy to the mechanical motion of colloidal grains. These were studied by the Brownian dynamics. Phase transformations of magnetic liquids leading to their demixing were studied in the mean field approximation and the formation of modulated phases were described.
 A.Cebers. Interfacial stresses in the hydrodynamics of liquids with internal rotation//Magnitnaya Gidrod. (in Russ.).  1975, v.11, N1  P.7982; Magnetohydrodynamics (Engl. translation)  1975, v.11, N1,  P.6365.
 A.Cebers. Simultaneous rotational diffusion of the magnetic moment and the solid matrix of a singledomain ferromagnetic particle//Magnitnaya Gidrod. (in Russ.).  1975, v.11, N3.  P.814; Magnetohydrodynamics (Engl. translation)  1975, v.11, N3  P.273278.
 A.Cebers. On the models of magnetization of ferrocolloid in hydrodynamical flow//Magnitnaya Gidrod. (in Russ.). ‑ 1975, v.11, N4. P.37‑44.
 A.Cebers. Ferrohydrodynamics as hydrodynamics of the system with internal degrees of freedom. In: Physical properties and hydrodynamics of disperse ferromagnetics (in Russ.). Sverdlovsk,1977. ‑ P.49‑57.
 A.Cebers. Thermodynamic stability of magnetofluids//Magnitnaya Gidrod. (in Russ.). ‑ 1982, N2. ‑ P.42‑48; Magnetohydrodynamics, 1982, v.18, N2  P.137142.
 A.Cebers. Numerical experiments on the simulation of the rotational Brownian motion of a ferromagnetic particle in a field//Magnitnaya Gidrod. (in Russ.).  1984, v.20, N4  P.1722; Magnetohydrodynamics (Engl. translation)  1984, v.20, N4  P.343348.
 A.Cebers. Simulation of the magnetic rheology of a dilute suspension of ellipsoidal particles in a numerical experiment//Magnitnaya Gidrod. (in Russ.).  1984, v.20, N4  P.2329; Magnetohydrodynamics (Engl. translation)  1984, v.20, N4  P.349353.
 A.Cebers. Magnetization relaxation equations for a ferromagnetic colloid under highly nonequilibrium conditions//Magnitnaya Gidrod. (in Russ.).  1985, v.21, N4  P.3945; Magnetohydrodynamics (Engl. translation)  1985, v.21, N4  P.357362.
 A.Cebers. Threedimensional structures in planar ferrocolloid layers//Magnitnaya Gidrod. (in Russ.).  1988, v.24, N2.  P.5762; Magnetohydrodynamics (Engl. translation)  1988, v.24, N2  P.184188.
 A.Cebers. Phase separation of magnetic colloids and concentration domain patterns//JMMM.  1990, v.85 (13).  P.2026.
 A.Cebers. Quantitative relationship governing the appearance of and unique features in the magnetic properties of concentrated domain structures of magnetic colloids in plane slots//Magnitnaya Gidrod. (in Russ.).  1990, v.26, N3.  P.4954; Magnetohydrodynamics (Engl. translation)  1990, v.26, N3  P.309313.
 J.C.Bacri, A.Cebers, A.Bourdon, G.Demouchy, B.M.Heegaard, R.Perzynski. Forced Rayleigh experiment in magnetic fluid//Phys.Rev.Lett.  1995  v.74, N 25  P.50325035.
 J.C.Bacri, A.Cēbers, A.Bourdon, G.Demouchy, B.M.Heegaard, B.Kashevsky, R.Perzynski. Transient grating in a ferrofluid under magnetic field: Effect of the magnetic interactions on the diffusion coefficient of translation//Phys.Rev.E  1995, v.52, N4  P.39363942.
 A.Cēbers. Twodimensional concentration domain patterns in magnetic suspensions:Energetical and kinetic approach//Prog.Colloid Polym.Sci. – 1996, v.100  P.101106.
 A.Cēbers. Hexagonstripe transition at the magnetic field induced phase transformations.//Magneto hydrodynamics – 2001, v. 37, N1/2 – P.195205.
 A.Cebers. Hexagonstripe transition at the magnetic field induced phase transformations of the magneto rheological suspensions // International Journal of Modern Physics B – 2002, v.16 (17–18) – P.2345–2351.
 F.Gazeau,E.Dubois,J.C.Bacri, F.Boue,A.Cebers, R.Perzynski. Anisotropy of the structure factor of magnetic fluids under a field probed by smallangle neutron scattering. Phys.Rev. E 2002, v.65 031403115.
 R.Taukulis, A.Cēbers Coupled stochastic dynamics of magnetic moment and anisotropy axis of a magnetic nanoparticle. Phys.Rev.E 2012, v.86, 061405.
