Lecture: Low Temperature Physics - Details

Actions

• Print
• Reserve only in the timetable

Share

• Copy link to this course

Lehrveranstaltung wird in Präsenz abgehalten.

General information

Semester	WS 2020/21
Current number of participants	7
expected number of participants	15
Home institute	Lehrstuhl für Experimentalphysik VI
Courses type	Lecture in category Teaching
Next date	Thu , 05.11.2020 10:00 - 11:30
Online/Digitale Veranstaltung	Veranstaltung wird in Präsenz abgehalten.
Hauptunterrichtssprache	englisch

Lecturers

• Prof.Dr. Philipp Gegenwart

Course location / Course dates

n.a	Thursday: 10:00 - 11:30, weekly Thursday: 14:00 - 14:45, weekly

Fields of study

• Mathematisch-Naturwissenschaftlich-Technische Fakultät > Institut für Physik

Module assignments

• Materialwissenschaften Masterstudiengang Materialwissenschaften, 3. ( - WS 2016/17) > D Specialization in Materials Science > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materialwissenschaften Masterstudiengang Materialwissenschaften, 2. ( - SS 2016) > D Specialization in Materials Science > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik (ab WiSe 16/17), 2. ( - SS 2017) > Physikalischer Wahlbereich (ab WiSe 16/17) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik (ab WiSe 16/17), 4. ( - SS 2018) > Physikalischer Wahlbereich (ab WiSe 16/17) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Mathematik Masterstudiengang Mathematik PO 2013, 7. ( - WS 2018/19) > Master Mathematik E-Phy: Nebenfach Physik > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Advanced Functional Materials - FAME Master Advanced Functional Materials (FAME), 7. ( - WS 2018/19) > 4 Materials Science - Elective Topic - Physics of Materials > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Advanced Functional Materials - FAME Master Advanced Functional Materials (FAME), 5. ( - WS 2017/18) > 4 Materials Science - Elective Topic - Physics of Materials > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science (PO 2016), 2. ( - SS 2017) > 5 Materials Science Elective Topic (PO16) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science, 1. ( - WS 2015/16) > 5 Materials Science Elective Topic > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik, 1. ( - WS 2015/16) > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Advanced Functional Materials - FAME Master Advanced Functional Materials (FAME), 3. ( - WS 2016/17) > 4 Materials Science - Elective Topic - Physics of Materials > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik, 11. > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science (PO 2016), 9. > 5 Materials Science Elective Topic (PO16) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science, 8. ( - SS 2019) > 5 Materials Science Elective Topic (PO13) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science, 3. ( - WS 2016/17) > 5 Materials Science Elective Topic (PO13) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science, 7. ( - WS 2018/19) > 5 Materials Science Elective Topic (PO13) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik (ab WiSe 16/17), 6. ( - SS 2019) > Physikalischer Wahlbereich (ab WiSe 16/17) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Mathematik Masterstudiengang Mathematik PO 2013, 5. ( - WS 2017/18) > Master Mathematik E-Phy: Nebenfach Physik > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science (PO 2016), 3. ( - WS 2017/18) > 5 Materials Science Elective Topic (PO16) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Advanced Functional Materials - FAME Master Advanced Functional Materials (FAME), 4. ( - SS 2017) > 4 Materials Science - Elective Topic - Physics of Materials > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik (ab WiSe 16/17), 9. > Physikalischer Wahlbereich (ab WiSe 16/17) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik, 10. ( - WS 2019/20) > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science (PO 2016), 1. ( - WS 2016/17) > 5 Materials Science Elective Topic (PO16) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik (ab WiSe 16/17), 1. ( - WS 2016/17) > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Mathematik Masterstudiengang Mathematik PO 2013, 11. > Master Mathematik E-Phy: Nebenfach Physik > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik (ab WiSe 16/17), 3. ( - WS 2017/18) > Physikalischer Wahlbereich (ab WiSe 16/17) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik, 5. ( - SS 2017) > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Advanced Functional Materials - FAME Master Advanced Functional Materials (FAME), 2. ( - SS 2016) > 4 Materials Science - Elective Topic - Physics of Materials > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Mathematik Masterstudiengang Mathematik PO 2013, 3. ( - WS 2016/17) > Master Mathematik E-Phy: Nebenfach Physik > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science (PO 2016), 8. ( - SS 2020) > 5 Materials Science Elective Topic (PO16) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Advanced Functional Materials - FAME Master Advanced Functional Materials (FAME), 1. ( - WS 2015/16) > 4 Materials Science - Elective Topic - Physics of Materials > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik (ab WiSe 16/17), 5. ( - WS 2018/19) > Physikalischer Wahlbereich (ab WiSe 16/17) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Mathematik Masterstudiengang Mathematik PO 2013, 8. ( - SS 2019) > Master Mathematik E-Phy: Nebenfach Physik > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Advanced Functional Materials - FAME Master Advanced Functional Materials (FAME), 6. ( - SS 2018) > 4 Materials Science - Elective Topic - Physics of Materials > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science, 6. ( - SS 2018) > 5 Materials Science Elective Topic (PO13) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Mathematik Masterstudiengang Mathematik PO 2013, 9. ( - WS 2019/20) > Master Mathematik E-Phy: Nebenfach Physik > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science, 4. ( - SS 2017) > 5 Materials Science Elective Topic (PO13) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik (ab WiSe 16/17), 8. ( - SS 2020) > Physikalischer Wahlbereich (ab WiSe 16/17) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik, 7. ( - SS 2018) > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science (PO 2016), 7. ( - WS 2019/20) > 5 Materials Science Elective Topic (PO16) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Mathematik Masterstudiengang Mathematik PO 2013, 4. ( - SS 2017) > Master Mathematik E-Phy: Nebenfach Physik > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik, 4. ( - WS 2016/17) > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science (PO 2016), 4. ( - SS 2018) > 5 Materials Science Elective Topic (PO16) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science (PO 2016), 5. ( - WS 2018/19) > 5 Materials Science Elective Topic (PO16) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science, 2. ( - SS 2016) > 5 Materials Science Elective Topic > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science, 10. > 5 Materials Science Elective Topic (PO13) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science, 9. ( - WS 2019/20) > 5 Materials Science Elective Topic (PO13) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Mathematik Masterstudiengang Mathematik PO 2013, 6. ( - SS 2018) > Master Mathematik E-Phy: Nebenfach Physik > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Mathematik Masterstudiengang Mathematik PO 2013, 10. ( - SS 2020) > Master Mathematik E-Phy: Nebenfach Physik > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Mathematik Masterstudiengang Mathematik PO 2013, 2. ( - SS 2016) > Master Mathematik E-Phy: Nebenfach Physik > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik (ab WiSe 16/17), 7. ( - WS 2019/20) > Physikalischer Wahlbereich (ab WiSe 16/17) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik, 8. ( - WS 2018/19) > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science (PO 2016), 6. ( - SS 2019) > 5 Materials Science Elective Topic (PO16) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materialwissenschaften Masterstudiengang Materialwissenschaften, 1. ( - WS 2015/16) > D Specialization in Materials Science > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik, 3. ( - SS 2016) > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik, 6. ( - WS 2017/18) > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Physik Masterstudiengang Physik, 9. ( - SS 2019) > Physikalischer Wahlbereich > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materials Science Master Program Materials Science, 5. ( - WS 2017/18) > 5 Materials Science Elective Topic (PO13) > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics
• Materialwissenschaften Masterstudiengang Materialwissenschaften, 4. > D Specialization in Materials Science > Low Temperature Physics, valid from WS 2009/10 > Low Temperature Physics

Comment/Description

Outline of the lecture:
• Introduction (Temperature scale, History of low temperature Physics)
• Properties of matter at low temperatures (Specific heat, thermal expansion, electrical resistance, thermal conductivity)
• Cryoliquids and superfluidity (Nitrogen, hydrogen, 4-He and 3-He: phase diagrams, superfluidity)
• Cryogenic Engineering (Liquefaction of gases, helium cryostats, dilution refrigerator, adiabatic demagnetization, further techniques)
• Thermometry (Primary and secondary thermometers at different temperature Regimes)
• Quantum Matter (Quantum Transport, Quantum phase transitions, Quantum spin liquids)