1.1. Supraconductivité par Prof. Dimitri RODITCHEV
(notes de cours):
| Hours 1-4: Superconductivity: Discovery and Phenomena, London theory, flux quantization, condensation energy |
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| Hours 5-8: Ginzburg-Landau theory, symmetry breaking, coherence length, proximity effect, S-N entreface energy, vortex, first, second and third critical fields |
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| Hours 9-10: Weak superconductivity, DC and AC Josephson effects, DC-SQUID, macroscopic quantum tunneling |
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| Hours 11-13: Microscopic theory of superconductivity (BCS) |
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Lecture supplémentaire :
| Alternative introduction to the BCS theory |
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| Quantum Coherence and Second Quantization |
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| Phenomena in Josephson junctions and devices |
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Sources:
V.V.Shmidt “The Physics of Superconductors : Introduction to Fundamentals and Applications”
J.F. Annett "Superconductivity, Superfluids and Condensates"
P.-G. de Gennes "Superconductivity of metals and alloys"
R.D. Parks "Superconductivity"
1.2. Magnétisme par Prof. Vincent REPAIN
(notes de cours):
| Chapter 1: The story of spin, magnetostatics, the spin concept |
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| Chapter 2-1: From quantum numbers to magnetization |
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| Chapter 2-2: From quantum numbers to magnetization |
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| Chapter 2-3: Itinerant magnetism |
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| Chapter 2-4: Magnetic phase transitions |
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| Chapter 3: Low dimensional magnetism |
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| Chapter 4: Introduction to spintronics |
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| Chapter 5: Few open questions |
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Lecture supplémentaire sur le Magnétisme:
| Title1 | <> |
| Title2 | <> |
Sources:
"Magnetism, fundamentals", ed. E. du Tremolet de Lacheisserie
"Magnetism and superconductivity", L.P. Lévy
"The story of spin", S. Tomonaga
"Magnetism in condensed matter", S. Blundell
"Magnetism and magnetic materials", J.M.D. Coey
"Simple models of magnetism", R. Skomski
"Quantum theory of magnetism", W. Nolting and A. Ramakanth
1.3. Supraconductivité et Magnétisme: Travaux Dirigés par Dr. Indranil PAUL
(notes):
| Tutorial S1: |
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Solution (notes) —> |
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| Tutorial S2: |
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| Tutorial S3: |
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| Tutorial S4: |
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| Tutorial S+: Little-Parks effect |
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Solution (notes) —> |
| Tutorial M5: |
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| Tutorial M6: |
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| Tutorial M7: |
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| Tutorial M8: |
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Solution (notes) —> |
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1.3. Supraconductivité et Magnétisme: Pour préparer l’examen :
| Exam 2019 - Superconductivity: Research Article |
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Exam 2019 - Superconductivity: Supplementary Materials |
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| Exam 2019 - Magnetism: Research Article |
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Exam 2019 - Magnetism: Supplementary Materials |
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| Exam 2018 - Superconductivity: Text |
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void | <> | |
| Exam 2018 - Superconductivity: Research Article |
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Exam 2018 Superconductivity - Supplementary Materials |
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| Exam 2018 - Magnetism: Text |
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Correction |
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| Exam 2018 - Magnetism: Research Article |
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Exam 2018 Magnetism- Supplementary Materials |
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| Exam 2017: corrections (magn.): |
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Exam 2016: corrections (magn.): |
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| Additional Research Article on Superconductivity: |
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To read more... |
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| Additional Research Article on Magnetism: |
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To read more... |
supra-ex1.pdf
supra-ex2.pdf
supra-ex3.pdf
supra-ex4.pdf
td-magn-1b.pdf
td-magn-2.pdf
sc-ex1-soln.pdf
sc-ex2-soln.pdf
sc-ex3-soln.pdf
sc-ex4-soln.pdf
magn-ex5-soln.pdf
td-magn5.pdf
td-magn6.pdf
magn-ex6-soln.pdf
m2_icfp_supra_bcs_th_2018.pdf
BCS theory édition 2017
RECRUITMENT DIRECT ACCESS
The Department of Physics
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