Dielectric properties of milk

Microwave strip resonators and dielctric properies of water

Microwave Dielectric spectroscopy, Biophysics, suspensions

Human Skin as an Electromagnetic Entity in Sub-THz Frequency Band

Complex glass-forming liquids.
Glass transition.

Dynamics of dielectric relaxation of complex glass-forming liquids.
Dielectric relaxation of red blood cells.

Larisa Latypova is currently a Postdoc in the Department of Applied Physics at the Hebrew University of Jerusalem (Israel). In 2003 she graduated from the high school for the humanities with excellence and started her way in science. Larisa did her M.Sc. (2009) in Organic Chemistry at Kazan Sate University (Russia) and Ph.D. (2014) in Physical Chemistry at the Institute of Physical Chemistry PAS (Poland). During her M.Sc. she studied the mechanism of action of the recombinant tomato CYP74C3 enzyme. In 2009 she started her Ph.D. being involved in a project 'International PhD Studies at the Institute of Physical Chemistry PAS: Fundamental research with applications in bio- and nanotechnology and information processing' supported by the Foundation for Polish Science. Her PhD project was devoted to investigation of the symmetry, topology and faceting in bicontinuous lyotropic crystals. In 2016-2018 Larisa worked as a senior researcher in the laboratory of Ultra High Frequency Design and Telecommunications in the Institute of Physics (Russia). In 2019 she moved to Jerusalem where she continued to work with Microwave Dielectric Spectroscopy (MDS). Currently she involved in 2 projects: the role of water in the aging of red blood cells  and premembrane and cytosolic water as a marker of red blood cell aging in vivo and in vitro.   Larisa Latypova is currently a Postdoc in the Department of Applied Physics at the Hebrew University of Jerusalem (Israel). In 2003 she graduated from the high school for the humanities with excellence and started her way in science. Larisa did her M.Sc. (2009) in Organic Chemistry at Kazan Sate University (Russia) and Ph.D. (2014) in Physical Chemistry at the Institute of Physical Chemistry PAS (Poland). During her M.Sc. she studied the mechanism of action of the recombinant tomato CYP74C3 enzyme. In 2009 she started her Ph.D. being involved in a project 'International PhD Studies at the Institute of Physical Chemistry PAS: Fundamental research with applications in bio- and nanotechnology and information processing' supported by the Foundation for Polish Science. Her PhD project was devoted to investigation of the symmetry, topology and faceting in bicontinuous lyotropic crystals. In 2016-2018 Larisa worked as a senior researcher in the laboratory of Ultra High Frequency Design and Telecommunications in the Institute of Physics (Russia). In 2019 she moved to Jerusalem where she continued to work with Microwave Dielectric Spectroscopy (MDS). Currently she involved in 2 projects: the role of water in the aging of red blood cells  and premembrane and cytosolic water as a marker of red blood cell aging in vivo and in vitro.   

Dielectric Spectroscopy in Time and Frequency Domains.
Computer simulations.
Customer Service.

Development of theoretical and applied aspects of Time Domain Dielectric Spectroscopy.
The theory of dielectric polarization.
The relaxation phenomena and strange kinetics in disordered materials.
Transport properties and percolation in Complex Systems.
The dielectric properties of biological systems
Radio physics.