PHYS 202 (40)4 ECTS: 8.0
 Modern Physics Special theory of relativity; particle properties of waves; wave properties of particles; Atomic structure; elementary quantum mechanics; many electron atoms; nuclear structure and radioactivity. Prerequisite: Any one of the following sets Set 1: PHYS 105 & PHYS 106 Set 2: PHYS 111 & PHYS 114 Set 3: PHYS 112 & PHYS 113 Set 4: PHYS 111 & PHYS 112 Set 5: PHYS 113 & PHYS 114 Set 6: PHYS 109 & PHYS 110 Set 7: PHYS 109 & PHYS 114 Set 8: PHYS 110 & PHYS 113

PHYS 203 (32)4 ECTS: 8.0
 Introductory Electronics I DC circuit analysis: branch, mesh and node analysis, and the superposition, Thevenin and Norton theorems; Phasers and complex numbers; AC circuit analysis using the same methods used in DC circuits; Power and energy; RLC circuits; Transformers; Diodes and transistors, and their applications; Introduction to digital electronics; Transducers. Prerequisite: Any one of the following sets Set 1: PHYS 106 Set 2: PHYS 112 Set 3: PHYS 114 Set 4: PHYS 110

PHYS 207 (30)3 ECTS: 5.0
 Concepts of Modern Physics Special relativity; electromagnetic waves; atomic structure; basic concepts of quantum mechanics; quantum theory of the hydrogen atom; many electron atoms and periodic table; molecules; solid state.

PHYS 209 (40)4 ECTS: 8.0
 Mathematical Methods in Physics I Ordinary differential equations; boundary value problems and characteristic function representations; Fourier transforms; partial differential equations and the methods separation of variables. Prerequisite: Any one of the following sets Set 1: MATH 151 & MATH 152 Set 2: MATH 155 & MATH 156 Set 3: MATH 157 & MATH 158 Set 4: MATH 119 & MATH 120 Set 5: MATH 120 & MATH 151 Set 6: MATH 119 & MATH 152 Set 7: MATH 120 & MATH 155 Set 8: MATH 120 & MATH 157 Set 9: MATH 119 & MATH 156 Set 10: MATH 119 & MATH 158

PHYS 210 (40)4 ECTS: 8.0
 Mathematical Methods in Physics II Vector analysis; orthogonal curvilinear coordinates; functions of a complex variable. Prerequisite: Any one of the following sets Set 1: PHYS 209 Set 2: MATH 253 Set 3: MATH 254 Set 4: MATH 219 Set 5: ME 210

PHYS 215 (32)4 ECTS: 7.0
 Physics for Students of Science III Linear and nonlinear oscillations; coupled oscillations; transverse and longitudinal waves; interference; diffraction and polarization; waves in more than one dimension; acoustic waves; nonlinear optics; geometrical optics. Prerequisite: Any one of the following sets Set 1: PHYS 112 Set 2: PHYS 106 Set 3: PHYS 114 Set 4: PHYS 110

PHYS 217 (14)3 ECTS: 6.0
 Physics Laboratory III Various experiments on oscillation, waves and optics.

PHYS 221 (40)4 ECTS: 8.0
 Optics and Waves Introduction; geometrical optics; matrix methods in paraxial optics; aberrations; optical instrumentation and the optics of the eye. superposition of waves; interference of light; coherence; polarization; Fraunhofer diffraction. Prerequisite: Any one of the following sets Set 1: PHYS 112 Set 2: PHYS 114 Set 3: PHYS 106 Set 4: PHYS 110

PHYS 222 (14)3 ECTS: 6.0
 Optics and Waves Laboratory Various experiments on mechanical oscillations, properties of light, geometrical and physical optics, optical properties of matter. Prerequisite: Any one of the following sets Set 1: PHYS 221

PHYS 230 (32)4 ECTS: 5.0
 Pascal Programming in Physics Algorithmic approach to solving physical problems; programming in Pascal using loops, arrays, records, functions and procedures; designing structured algorithms for physics.

PHYS 251 (30)3 ECTS: 5.0
 Properties of Matter I States of matter; classes of materials; atomic bonding; structural properties of matter; Xray diffraction; experimental diffraction methods; imperfections in solids; atom movements and diffusion; mechanical properties of matter; electrical properties of matter; semiconductors.

PHYS 252 (30)3 ECTS: 5.0
 Properties of Matter II Electrical properties; semiconductors; semiconducting devices; thermal properties; phase diagrams; magnetic properties; optical properties, transport properties, superconductivity.

PHYS 260 (30)3 ECTS: 5.0
 Physics of Sports and Games Fundamental ideas and concepts of physics are reviewed and applied to a large number of sports and games. Some demonstrations will be performed. Prerequisite: Any one of the following sets Set 1: PHYS 105 Set 2: PHYS 111 Set 3: PHYS 113 Set 4: PHYS 109

PHYS 261 (30)3 ECTS: 5.0
 Physics of Maritime, Sailing and Navigation History of sailing, upwind and downwind sailing, Newtons theory of fluid resistance, lift and drag phenomena, sail shapes, mesaurement of hull smoothness, wind turbulence, water waves, structure of waves, use of optics in the connection between waters appearance and wind. Examples to illustrate the concepts and practice. Meteorology, VHF radiotelephony, STCWs and yacht master rules. Prerequisite: Any one of the following sets Set 1: PHYS 105 & PHYS 106 Set 2: PHYS 109 & PHYS 110 Set 3: PHYS 111 & PHYS 112 Set 4: PHYS 113 & PHYS 114

PHYS 281 (30)3 ECTS: 4.0
 Basic Physics II Basic concepts in astronomy, Solar system and the Sun, astronomical coordinate systems, laws, astronomical instruments and communication satellites, basic knowledge of stars: observational properties, evolution, stellar remnants, galaxies: observational properties and classification, basic cosmology. Prerequisite: Any one of the following sets Set 1: PHYS 181 & PHYS 182

PHYS 282 (30)3 ECTS: 4.0
 Basic Physics IV Special theory of relativity, models of atoms, quantum mechanics of atoms, nuclear physics, radioactivity and nuclear energy. Prerequisite: Any one of the following sets Set 1: PHYS 181 & PHYS 182

PHYS 283 (40)4 ECTS: 7.0
 Optics and Modern Physics Optics: ray model of light; reflection and refraction; mirrors; thin lenses, simple optical instruments, waves, interference, diffraction, polarization. Modern Physics: special theory of relativity, particle properties of waves, wave properties of particles, Bohr model of atoms; introduction to quantum mechanics, nucleus and radioactivity. Prerequisite: Any one of the following sets Set 1: PHYS 181 & PHYS 182

PHYS 291 (40)4
 Modern Physics for Electrical Engineering Crystal structure and symmetry; basic concepts of quantum theory; waves and particles; the Schrödinger equation; wave mechanics; quantum theory of solids; binding and bonding; semiconductors; pn junctions.
