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Physics

For more details on the courses, please refer to the Course Catalog

Course & Curriculum
Classification Course Code Course Title Credit Language of Instruction Course Availability
Undergraduate PHY2001 Classical Mechanics Ⅰ 3 Korean Yes
Newtonian mechanics, motion of one-body system, motion of a system of particles,rigid bodies, gravitation.
Undergraduate PHY2002 Exercise for Classical Mechanics1 1 Korean Yes
This course is designed to strengthen students' ability to solve exercise problems with new concepts learned in Classical Mechanics 1. They will learn mathematical techniques, methodologies of solving physics problems. Students who take Classical Mechanics 1 are strongly recommended to take this course at the same time.
Undergraduate PHY2003 Classical Mechanics Ⅱ 3 Korean Yes
Moving coordinate systems, mechanics of continuous media, rotation of a rigid body, special theory of relativity.
Undergraduate PHY2004 Basic Physics Laboratory Ⅰ 2 Korean Yes
Experimental studies in mechanics, optics, waves, thermodynamics and modern physics : linear motion, rotational motion, forced oscillation, coupled oscilla-tion, interference, diffraction, polarization, geometrical optics, specific heatratio, thermal conductivity, e/m, photo-electric effect, electron diffraction, Hall effect.
Undergraduate PHY2005 Basic Physics Laboratory Ⅱ 2 Korean Yes
Experimental studies in mechanics, optics, waves, thermodynamics and modern physics : linear motion, rotational motion, forced oscillation, coupled oscillation, interference, diffraction, polarization, geometrical optics, specific heat ratio, thermal conductivity, e/m, photo-electric effect, electron diffraction, hall effect.
Undergraduate PHY2006 Mathematical Physics Ⅰ 3 English Yes
Vector and tensor analysis, coordinate system matrices, infinite series.
Undergraduate PHY2007 Mathematical Physics Ⅱ 3 English Yes
Functions of a complex variable differential equations, Green's function, Fourier series and Fourier transform, special functions.
Undergraduate PHY2010 Electromagnetism Ⅰ 3 Korean Yes
Electrostatics, electrostatic field in dielectric media, electric current, magnetic field of steady currents electromagnetic induction.
Undergraduate PHY2011 Exercise for Electricity and Magnetism 1 1 Korean Yes
This course is designed to strengthen students' ability to solve exercise problems with new concepts learned in Electricity and Magnetism 1. They will learn mathematical techniques, methodologies of solving physics problems. Students who take Electricity and Magnetism 1 are strongly recommended to take this course at the same time.
Undergraduate PHY2012 Electromagnetism Ⅱ 3 English Yes
Magnetic properties of matter, slowly varying currents, Maxwell's equations and their applications, electrodynamics.
Undergraduate PHY2014 Quantum Mechanics Ⅰ 3 Korean Yes
Limits of classical physics, wave packets, Schroedinger wave equation, one-dimensional potentials, many-particle system, angular momentum, radial equation,hydrogen atom.
Undergraduate PHY2015 Practice on Quantum Mechanics Ⅰ 1 Korean Yes
This course is designed to strengthen students' ability to solve exercise problems with new concepts learned in Quantum Mechanics 1. They will learn mathematical techniques, methodologies of solving physics problems. Students who take Quantum Mechanics 1 are strongly recommended to take this course at the same time.
Undergraduate PHY2016 Electronic Physics Laboratory Ⅰ 2 Korean Yes
Learn how to use electronic equipments such as multimeters and oscilloscopes and perform experiments with simple circuits to see how the basic principles of electromagnetism are applied to the circuits.
Undergraduate PHY2023 Thermal and Statistical Physics Ⅰ 3 Korean Yes
Thermodynamic laws and their applications, heat engines and refrigerators, equilibrium between phases, elementary kinetic theory.
Undergraduate PHY2025 Data Physics 3 Korean Yes
The topics include numerical methods for solving problems of classical and quantum physics using Python and Mathematica, elementary algorithm for machine learning, and elementary theory of quantum computing.
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