Laboratory in condensed matter physics I 1100-LCMP1

- At an advanced level, the student knows experimental, observational, and numerical techniques that make it possible to design and carry out a complex physical experiment in the field of condensed matter physics and semiconductor nanostructures.

- At an advanced level, the student knows the theoretical principles governing measurement systems and research instrumentation in the field of condensed matter physics and semiconductor nanostructures.

- At an advanced level, the student knows the current state of research in the physical sciences in the field of condensed matter physics and semiconductor nanostructures.

apply the scientific method in solving problems, conducting experiments, and drawing conclusions in the field of condensed matter physics and semiconductor nanostructures.

Student is able to plan and carry out advanced experiments, simulations, or observations in the field of condensed matter physics and semiconductor nanostructures.

Student is able to perform a critical analysis of measurement results, observations, or theoretical calculations in the field of condensed matter physics and semiconductor nanostructures, including an assessment of the accuracy of the results.

The student is prepared to
consult scientific and popular-science literature in order to deepen and broaden their knowledge in the field of condensed matter physics and semiconductor nanostructures, while being aware of the risks associated with obtaining information from unverified sources, including the Internet.

The assessment is proposed by the supervisor based on the student's commitment and work results.

-

Scientific publications — aligned with the research topic

Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system:

• Description of 1100-LCMP1 in USOSweb