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Colleges

Solid State Physics Lab

Course Description: Study of the properties of solar cells, study of electron diffraction, characteristics of photoconductivity, study of electron spin resonance, calculation of the band gap energy of germanium electrically, calculation of the thermal coefficient of platinum by computer, study of the magnetic susceptibility of some materials and their classification, use of a field-effect microscope to study crystal structures, study of X-ray spectra and calculation of Planck's constant and Miller indices for crystal planes in a single crystal of table salt, study of the thermoelectric phenomenon in semiconductors and calculation of Seebeck, Peltier, and Thomson coefficients, study of superconducting materials and determination of the transition temperature of a YBCO sample by computer, calculation of aluminum's X-ray absorption coefficient, Hall effect.
Credits: 2
Prerequisites: PHYS471
Objectives of the course :

Increasing students' comprehension of modern theories in solid-state physics by presenting physical phenomena in a practical, tangible way.

Course outputs :

At the end of the course, the student should be able to do the following:
1- Conducting practical experiments by oneself in terms of setting up the experiment (apparatus and tools) and taking the required measurements, based on the practical experience gained from studying the course.
Interpretation of experimental results using solid-state physics fundamentals and modern theories.
3. Understanding and comprehending theoretical study and the ability to verify it through practical application in the laboratory, which increases the student's understanding and awareness of what they are studying in various fields.
The student learns the scientific method of research in terms of preparation, gathering observations (results), induction, interpretation, and conclusion.

Additional information:

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