FMI036
Superconductivity and Low Temperature Physics, 5p (2006/2007)
Runs in Quarter-3 (Läsperiod 3)
Introductory lecture:
Time: Tuesday January 23rd, 10.00-11.45
Place: Kollektorn in the MC2 building
Questions to per.delsing@mc2.chalmers.se
Contents
of the course
Lectures
are given in the MC2 building
Schedule
Tuesdays
15.15-17.00
Kollektorn, except on Feb. 27, then it
will be 8-10 in Luftbryggan
(see
detailed schedule below)
Wednesdays 13.15-15.00
Fasrummet
Fridays
13.15-15.00
Fasrummet
The Book
"Superconductivity of Metals and Cuprates" is ordered at Cremona
You can also try at
Bokus
or
Amazon
Laborations:
There
will
be two laborations:
Please down load the Lab instructions and read before the laboration:
Josephson
Effect
will be held in the MC2 building
room C509
Superfluid
Helium
will be held in the Physics
building room F4202
You should deliver a written report
after each laboration.
Re-Exam
The
re-exam is scheduled for
Time: June 5, 08.30 - 12.30
Place: "V-huset"
The
following aids are allowed:
Tefyma, Physics Handbook, Stand Math Tables or
similar,Calculator.
One
A4-sheet
with handwritten notes.
Old Exams
Sloppy solutions for the
2004 exam (note that you have to be more detailed than this)
Evaluation
Please help us make the course better by
taking part in the course evaluation.
It will take you no more than 5 minutes.
You find the evaluation at:
http://www.tekno.chalmers.se/~kursutv/cgi-bin/ev.cgi?e=346
Thak you for your help.
LectureMaterial
SC1
Notes1
Introduction to SC, demonstration, additional
material
SC2 Notes2
Phenomenology, Thermodynamics
SC3 Notes3
Electromagnetics of SCs London equations
SC4 Notes4
GL-theory, SCs in magnetic
field
SC5 Notes5
GL-theory, Vortex, SN
interfaces, Ic
SC6 Notes6
Microscopic theory, 2nd
quantization, BCS
SC7 Notes7
BCS, Density of states, BdG
equations, about exitations
SC8 Notes8
Josephson effects, Tunneling
SD Notes9
Superconducting
devices, overview
HTS Notes10 High
temperature
superconductors, additional
material 1 , additional
material 2,
additional
material 3
He4-1
Notes11
Introduction 4He:
Review superfluid phenomena, additional
material
He4-2
Notes12
BE-condensation, critical
velocity, quantization of circulation
He3 Notes13 He3:
Fermi
liquid and super fluidity
CR1
Notes14
Low
temperature properties of materials
CR2
Notes15
Cooling
principles and thermometry T>1K, liquefaction
CR3
Notes16 Cooling
methods and Thermometry T<1K
Ex1
ExNotes1
Exercise, calculations of
tunneling integrals
Other notes:
Old Lecture notes in Swedish
Useful exercises
Teachers involved
Lectrures:
Per Delsing, Dag Winkler, August Yurgens
Laborations:
Jonas
Bylander/Martin Gustavsson
Per Magnelind/Jesper Johansson
Exercises:
Fredrik Persson