Martín Hernández Contreras


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Last update:
Sep/21/2006





NEXT COURSE
From March 10 to July 18, 2004, I will teach Materia Condensada Suave at the physics department (see also Web page: Soft Matter Physics).

LAST YEAR TEACHING
Termodinámica clásica, 1999
Termodinámica clásica, 2000
Física Estadística I, 2001
Materia Condensada Suave:efectos electrostáticos; (Optativa) March 10 to July 18, 2002
Física Estadística I, 2003
Materia Condensada Suave; (Optativa) March 10 to July 18, 2004
Física Estadística I; 2004
Materia Condensada Suave; (Optativa) June 16,23, 2006
Física Estadística I, 2006
Física Estadística I, 2007
Electrodinámica Clásica I, 2010
Electrodinámica Clásica I, 2011
Electromagnetismo, 2012


GRANTS
Materia condensada suave: interaccion entre membranas cargadas y su dinamica, No.48794-F. Conacyt, 2006 to 2008.

Materiales biomoleculares: Complejo liposoma-ADN y estructura-dinamica en coloides, No.36557-E. Conacyt, 2003 to 2005.

Estructura y dinamica de biomateriales, No. 32169-E. Conacyt, 1999 to 2001



PAPERS


Faraday waves on nematic liquid crystals: Effect of Marangoni flow and thermal phase transition.
M. Hernandez-Contreras, Phys. Rev. E 88,062311,2013.

Translational and rotational dynamics of colloidal particles in suspensions: effect of shear.
M. Hernandez-Contreras, Phys. Rev. E 88,022317,2013.

Faraday waves in Smectic A liquid crystal layers.
M. Hernandez-Contreras, J. Phys. Condens. Matter 22,035106,2010.

Electrostatic interaction of oppositely charged double layers.
A. Flores-Amado, M. Hernandez-Contreras, Rev. Mex. Phys. 57(4),356,2011.

Counterion release and interaction of oppositely charged surfaces.
A. Flores-Amado, M. Hernandez-Contreras. Phys.Rev.E 75,031404,2007.

Counterion released from oppositely charged surfaces: a liquid theory study.
A. Flores-Amado, M. Hernandez-Contreras, AIP Conf. Proc. 885,155,2007.

Structural thermodynamics of cationic liposome-DNA system.
O. Gonzalez-Amezcua, M. Hernandez-Contreras, AIP Conf. Proc. 809, 253-257, 2006.

Structural thermodynamics of lamellar cationic lipid-DNA complex: DNA compressibility modulus.
O. Gonzalez-Amezcua, M. Hernandez-Contreras. J.Chem.Phys. 123,224906(1-8),2005. Seleccionado en Virtual Journal of Nanoscale Science & Technology http://www.vjnano.org, y en Virtual Journal of Biological Physics Research http://www.vjbio.org/bio/.

Phase evolution of lamellar cationic lipid-DNA complex:steric effect of an electrolyte.
O. Gonzalez-Amezcua, M. Hernandez-Contreras. J.Chem.Phys. 121,10742-10747,2004. Seleccionado en Virtual Journal of Biological Physics Research:-->. http://www.vjbio.org/bio/.

Transport properties of ferrofluids
M. Hernandez-Contreras, H. Ruiz-Estrada. Phys.Rev.E. 68,031202-1,2003.

Diffusion of a dipolar tracer in a salty surface. M. Hernandez-Contreras. Rev.Mex.Fis. 48,107,2002.

Rotational diffusion in a ferrocolloid. M. Hernandez-Contreras, Developments in Mathematical and Experimental Physics, Vol.B Pag.35-43, Kluwer Academic 2003

Electrostatic correlation force of discretely charged membranes
Gonzalez-Amezcua O, Hernandez-Contreras M, Pincus P. Phys.Rev.E 64,041603, 2001.

Structure and interaction between ionic layers. Hernandez-Contreras M, Pincus P. J.Chem.Phys. 112,954,2000.

Surface hydrodynamics on a freely standing layer of a polymer solution
Hernandez-Contreras M, Kim MW, Pincus P. Phys.Rev. E 60,4319,1999.

Long-time self-diffusion in a model ferrofluid
Hernandez-Contreras M, Gonzalez-Mozuelos P, Alarcon-Waess O and H. Ruiz-Estrada. Phys.Rev.E, 57,1817,1998.

Rotational-translational electrolyte friction on nonspherical particles. HernandezContreras M, AlarconWaess O, MedinaNoyola M. J.Chem.Phys.106,2492,1997.

Brownian motion of interacting nonspherical tracer particles: General theory. HernandezContreras M, MedinaNoyola M. Phys.Rev.E, 54,6573,1996.

Rotational diffusion of nonspherical Brownian particles in a suspension of spheres. HernandezContreras M, MedinaNoyola M. Phys.Rev.E, 54,6586,1996.

General theory of tracer-diffusion in colloidal suspensions.HernandezContreras M, MedinaNoyola M, VizcarraRendon A. PHYSICA A 234,271,1996.

Generalized Langevin equation for non-spherical colloidal particles. HernandezContreras M, MedinaNoyola M, AlarconWaess O. PHYSICA A 231,62,1996.

Rotational electrolyte friction on non-spherical polyions. HernandezContreras M, MedinaNoyola M, AlarconWaess O. CHEMICAL PHYSICS LETTERS 256,483-489,1996.

Tracer diffusion of nonspherical colloidal particles. Hernandez-Contreras, M and Medina-Noyola M. PHYSICAL REVIEW E, 53,R4306-R4309,1996.

-Omega(-)->Lambda-Kappa(-)-Gamma and the Omega(-) magnetic moment. Hernandez M, Castro GL, Lucio JL. PHYSICAL REVIEW D,44,794-798,1991.


GENERAL


Biomolecular materials (In Spanish)
M. Hernandez-Contreras, Avance y Perspectiva 19, 263,2000.

Optimization of an endorreversible Carnot type engine. (In Spanish). Hernandez-Contreras M. Rev.Mex.Fis.39,633-639,1993.