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Course Name | Course Number | Lecturer | Academic Unit | Students status | Last time delivered | Next time will be delivered | Frequency | Topics | Webpage |
|---|---|---|---|---|---|---|---|---|---|
Fundamentals of Nuclear Magnetic Resonance | 0351-3207 | Amir Goldbourt | Chemistry | BSc / MSc/PhD
| 2019-20/ A | 1-2 years | Bloch equations, spins, echoes and relaxation, Chemical shifts, scalar coupling and other intrinsic spin interactions, Spin and radio-frequency Hamiltonians, product operator formalism to solve the liouville von neumann equations, Fourier transform and signal processing, NMR pulse sequences in one, two and higher dimensions | ||
Physical Chemistry of Polymers | 0351-4201 | Amit Sitt | Chemistry | MSc/PhD + BSc with permission | 2016-17/B | Polymers, polymer dynamics, network and gels | |||
Condensed Matter theory 2 | 0321-4410 | David Andelman | Physics | BSc | 2019-20/ B | 2020-21/ B | 1 year | Phase transitions, Liquid crystals, polymers, interactions, colloids | |
Modeling biological systems | 0421-3815 | David Sprinzak, Avigdor Eldar, Iftach Nachman | Life sciences | MSc/PhD | 2018-19/B | 2020-21/B | 2 years | Various concepts in modeling biological systems. Tools to analyze regulatory and signaling networks both at the single cell and the multicellular levels, including both analytical tools and simulations using Matlab | |
Complex fluids | Haim Diamant | Chemistry | MSc/PhD | 2018-19/ B | 3 years | Movement of body in liquid, hydrodynamic interactions, polymers in liquid, liquid membranes, viscoelasticity | |||
New Horizons in Nanotechnology | 0103-5960 | Lihi Adler-Abramovich | Medicine | MSc/PhD + BSc with permission | 2018-19 /B | 2020-21 /A | 1 years | Introduction to the field of nanotechnology with an emphasis on medical and biological aspects | |
Continuum Theory | 0321-3119 | Naomi Oppenheimer | Physics | B.Sc./M.Sc./Ph.D. | 2019-20 /A | 2020/21 /B | 1 years | Dimensional analysis, hydrodynamics, conservation laws, vortices, Navier-Stokes eqn., aerofoil theory, finite amplitude waves, shock waves | |
Intermolecular Forces in Biology and Chemistry | 0351-3220 | Raya Sorkin | Chemistry | BSc / MSc/ PhD | 2020-21/ B | 2 years | This course aims to introduce various intermolecular and interparticle forces and the role of these forces in determining the properties of various colloidal, polymeric and biological systems. In addition, the course deals with experimental methods and techniques that allow force measurements, such as optical tweezers and Atomic Force Microscopy. Contemporary examples for the use of these techniques and theoretical concepts in scientific studies will also be discussed | ||
Design, Synthesis and Application of Smart Polymers | 0351-4430 | Roey Amir | Chemistry | MSc/PhD + 3rd/4th year MSc | 2019-20 /B | 2 years | Basic terms in polymer chemistry, polymer architectures, types of polymerizations and common characterization techniques. Design, synthesis and characterization of supramolecular assemblies based on stimuli-responsive polymers that can change their physical and chemical properties in response to external stimuli | ||
Physics of Biopolymer | 0321-4824 | Roy Beck | Physics | MSc/PhD | 2016-17/ B | 2-3 years | Basic principles of polymer physics and its relation to biological polymers | ||
An Introduction to Stochastic Phenomena | 0351-3113 | Shlomi Reuveni | Chemistry | MSc/PhD | 2020-21 /A | 1 years | Stochastic processes, random walks, bio-molecular processes | ||
Introduction to Gene Expression Modeling and Engineering, and Igem | 0555-4715 | Tamir Tuller | Biomed Engineering | BSc/ MSc | 2020-21/ A | 1 years | Modeling of gene expression |
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