PHYS-E0411 - Advanced Physics Laboratory, Lectures, 9.1.2023-31.5.2023
This course space end date is set to 31.05.2023 Search Courses: PHYS-E0411
Topic outline
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Exercise 1: Photonic bandgap materials
When: weeks 5 - 7, exercise completed
Where: Nanotalo main lobby (Puumiehenkuja 2; meet in main entrance hall, the assistant walks the students to lab)
Instructions: Available on the MyCourses page "Materials"Exercise 2: Boiling phenomena
When: weeks 7 - 9, exercise completed
Where: Undergraduate Centre, student laboratory U020 in the basement (Otakaari 1, M entrance: a few steps up, turn right through glass door, then right to stairs and one floor down; in the basement turn right, pass the entrance to the main student lab and take a turn to left; U020 is the first door on the right)
Instructions: Available on the MyCourses page "Materials"Exercise 3: Quantization of conductance in nanowires
When: weeks 9 - 11, exercise completed
Where: Nano building main lobby (Puumiehenkuja 2; meet in main entrance hall, the assistant walks the students to lab)Instructions: Available on the MyCourses page "Materials"Exercise 4: Surface state dispersion of copper with STMWhen: week 12, exercise completed
Where: Nano building main lobby (Puumiehenkuja 2; the assistant walks the students to lab)
Instructions: Available on the MyCourses page "Materials"Exercise 5: Synthesis and measurement of carbon nanotubes
When: weeks 13 - 15, exercise completed
Where: Nano building main lobby (Puumiehenkuja 2; the assistant walks the students to lab)Instructions: Available on the MyCourses page "Materials"Exercise 6: Optical tweezers
When: weeks 15 - 17, exercise completed
Exercise 7: Superconducting niobium cavity
Where: Micronova building main lobby (Tietotie 3; the assistant walks the students to lab)
Instructions: Available on the MyCourses page "Materials"When: weeks 16 - 17, exercise completed
Where: Nano building main lobby (Puumiehenkuja 2; the assistant walks the students to lab)
Instructions: Available on the MyCourses page "Materials"-
Exercise 1: Photonic bandgap materials Scheduler
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Exercise 2: Boiling phenomena Scheduler
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Exercise 3: Quantization of conductance in nanowires Scheduler
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Exercise 4: Surface state dispersion of copper with STM Scheduler
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Exercise 5: Single walled carbon nanotubes Scheduler
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Exercise 6: Optical tweezers Scheduler
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Exercise 7: Superconducting niobium cavity Scheduler
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