1981 - Ph.D. in Physics from University of Tel-Aviv, Israel.
1977 - M.S. (revalidation) in Physics from University of Tel-Aviv.
1975 - Degree of "Licenciado" in Physics from University of Buenos Aires, Argentina.
Solitons, diffraction of wave packets, fingering phenomena. Theoretical physics.
Curriculum vitae | 7 KB | |
Publication list | 64 KB |
Course Level: undergraduate
Course Description: The course presents basic concepts in physics and provides the background which is required for other courses such as chemistry, biochemistry, botany, soil and agricultural sciences. The subjects covered are: A. Mechanics: kinematics and dynamics of particle motion; vectors in space; scalar and vector products; forces and equilibrium; linear momentum; work and energy; angular momentum; rotation of a rigid body in a plane; hydrostatics; surface tension phenomena; simple and viscous flow. B. Electrostatics: Coulomb's Law; electric potential and field; Gauss' Law; capacitors, conductors, dielectrics.
Course Level: undergraduate
Course Description: The course, which is a continuation of Physics I (advanced), reviews several areas of physics with an emphasis on biological applications. A. Electricity and Electromagnetism: current and current density; energy and power in electric circuits; membrane potential; magnetism; magnetic forces on moving charges; induced currents; electricity production and transmission; alternating currents. B. Waves: simple harmonic motion and wave characteristics; traveling and standing waves; waves on strings; sound waves; electromagnetic waves; interference and diffraction phenomena; Doppler effect; beats; geometrical and physical optics. C. Elements of Modern Physics: photoelectric effect; particle-wave duality and uncertainty principle; elements of quantum theory; atomic structure and spectra; fluorescence lasers; interaction of radiation with matter; radioactivity and radioisotopes; biological applications.
Course Level: undergraduate
Course Description: The course presents basic concepts in physics and provides the background which is required in other courses such as chemistry, biochemistry, botany, and agricultural sciences. The subjects covered are: A. Mechanics: kinematics and dynamics of particle motion; vectors; forces and equilibrium; linear momentum; work and energy; angular momentum; rotation of a rigid body in a plane; hydrostatics; surface tension phenomena; simple and viscous flow. B. Electrostatistics: Coulomb's law; electric potential and field; capacitors, conductors, dielectrics.
Course Level: undergraduate
Course Description: The course, which is a continuation of Physics I, reviews several areas of physics with an emphasis on simple biological applications. A. Electricity and electromagnetism: Current and current density; energy and power in electric circuits; magnetism; magnetic forces on moving charges; induced currents; electricity production and transmission. B. Waves: simple harmonic motion and wave characteristics; traveling and standing waves; waves on strings; sound waves and electromagnetic waves; interference and diffraction phenomena; Doppler effect; beats; geometrical and physical optics. C. Elements of Modern Physics: photoelectric effect; particle-wave duality and uncertainty principle; atomic structure and spectra; interaction of radiation with matter; radioactivity and radioisotopes; biological applications.