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MAINTENANCE BREAK EVERY MONTH ON THIRD MONDAY
System will be unavailable at that time!
Following maintenance breaks:
15.09.2025 klo 07.00-09.00(EET)
20.10.2025 klo 07.00-09.00(EET)
17.11.2025 klo 07.00-09.00(EET)
15.12.2025 klo 07.00-09.00(EET)
19.01.2026 klo 07.00-09.00(EET)
16.02.2026 klo 07.00-09.00(EET)
16.03.2026 klo 07.00-09.00(EET)
20.04.2026 klo 07.00-09.00(EET)
18.05.2026 klo 07.00-09.00(EET)
15.06.2026 klo 07.00-09.00(EET)
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University of Eastern Finland (UEF)
Department of Physics and Mathematics
UEF:MP:2025-1
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UEF: Materials Physics, 4op, 2025-1
Materials physics course. For MSc students.
Teacher
Pasi Vahimaa
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UEF: Materials Physics, 4op, 2025-1
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Forum
Forum
News
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Page
To whom this course is for?
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Learning objectives
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Prerequisites
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How to study?
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AI
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Teacher
Glossary
Glossary
Glossary
Not published to students
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Page
Schedule and links
Not published to students
Folder
Folder
Online-session pdfs
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Learning objective and prerequisites
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0.1 - Introduction
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0.2. AI Podcast on Materials Physics
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Conclusion
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EXTRA
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Learning objective and prerequisites
Subsection
Subsection
Lecture material
Not published to students
Subsection
Subsection
Examples
Not published to students
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Conclusion
Not published to students
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EXTRA
Quiz
Quiz
Quiz 1
Not published to students
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Learning objective and prerequisites
Subsection
Subsection
Lecture material
Not published to students
Subsection
Subsection
Examples
Not published to students
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Conclusion
Not published to students
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EXTRA
Quiz
Quiz
Quiz 2
Not published to students
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Learning objective and prerequisites
Subsection
Subsection
Lecture material
Not published to students
Subsection
Subsection
Examples
Not published to students
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Conclusion
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EXTRA
Quiz
Quiz
Quiz 3
Not published to students
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Learning objective and prerequisites
Subsection
Subsection
Lecture material
Not published to students
Subsection
Subsection
Examples
Not published to students
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Page
Conclusion
Not published to students
Quiz
Quiz
Quiz 4
Not published to students
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Learning objective and prerequisites
Subsection
Subsection
Lecture material
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Subsection
Subsection
Examples
Not published to students
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Conclusion
Not published to students
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EXTRA
Quiz
Quiz
Quiz 5
Not published to students
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Learning objective and prerequisites
Subsection
Subsection
Lecture material
Not published to students
Subsection
Subsection
Examples
Not published to students
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Page
Conclusion
Not published to students
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Page
EXTRA
Quiz
Quiz
Quiz 6
Not published to students
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Learning objective and prerequisites
Subsection
Subsection
Lecture material
Not published to students
Subsection
Subsection
Examples
Not published to students
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Page
Conclusion
Not published to students
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Page
EXTRA
Quiz
Quiz
Quiz 7
Not published to students
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Learning objective and prerequisites
Subsection
Subsection
Lecture material
Not published to students
Subsection
Subsection
Examples
Not published to students
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Conclusion
Not published to students
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Page
EXTRA
Quiz
Quiz
Quiz 8
Not published to students
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Learning objective and prerequisites
Subsection
Subsection
Lecture material
Not published to students
Subsection
Subsection
Examples
Not published to students
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Page
Conclusion
Not published to students
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Page
EXTRA
Quiz
Quiz
Quiz 9
Not published to students
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Page
Learning objective and prerequisites
Subsection
Subsection
Lecture material
Not published to students
Subsection
Subsection
Examples
Not published to students
Page
Page
Conclusion
Not published to students
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Page
EXTRA
Quiz
Quiz
Quiz 10
Not published to students
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Learning objective and prerequisites
Subsection
Subsection
Lecture material
Not published to students
Subsection
Subsection
Examples
Not published to students
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Page
Conclusion
Not published to students
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Page
EXTRA
Quiz
Quiz
Quiz 11
Not published to students
Quiz
Quiz
Final exam
Not published to students
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5.1 - Heat capacity
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5.2- The density of the states
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5.1- 1D, 2D, and 3D examples
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5.4- Debye approksimation
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Folder
Lecture material as pdf
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1.1 - Why crystals?
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1.2 - Crystallogrpahy
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1.3 - 2D and 3D crystals
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1.4 - Planes and volume
Folder
Folder
Lecture material as pdf
Not published to students
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Example 1.1. Packing fraction
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Example 1.2. Angle between the base vectors
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Example 1.3. Calculating Miller indices
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Example 1.4. Primitive base vectors of FCC
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Example 1.5. Diamond structure, packing fraction
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Example 1.6. Bravais crystal structures
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2.1 - Diffraction
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2.2 - Diffraction in 3D
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2.3 - The effect of the basis
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2.4 - Finite number of atoms
Folder
Folder
Lecture material as pdf
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Example 2.1. Reciprocal base vectors for BCC structure
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Example 2.2. Crystal plane and reciprocal vector
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Example 2.3. BCC: Structure factor
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3.1 - Bonds
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3.2 - Van der Waals bond
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3.3 - Ionic bond
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3.4 - Covalent bond
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3.5 - Metallic bond
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3.6 - Hydrogen bond
Folder
Folder
Lecture material as pdf
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4.1 -Crystal vibrations
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4.2 -Monoatomic crystal
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4.3 - Diatomic basis
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4.4 - Phonons
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4.5 - Some comments
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4.6 - Simulation
Folder
Folder
Lecture material as pdf
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Example 4.1. Monoatomic 1D crystal
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Example 4.2 Group velocity
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6.1 -Electrons in metals
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6.2 -Particle in 3D box
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6.3 - Electrical properties
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6.4 - Hall effect
Folder
Folder
Lecture material as pdf
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Example 6.1 2D particle-in-a-box
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Example 6.2 2Electromagnetic field - different fields
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7.1 -Periodic potential
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7.2 -Energy bands
Folder
Folder
Lecture material as pdf
Not published to students
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Example 7.1. Materials with different conductivity
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8.1 - Semiconductors
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8.2 - Number of charge carriers
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8.3 - Doped semiconductors
Folder
Folder
Lecture material as pdf
Not published to students
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Example 8.1 Wavelengths vs band gap
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Example 8.2 Some semiconductor materials
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Example 8.3. Number of charge carriers
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Example 8.3 Effective mass of the electron and the hole
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9.1 - Pn-junction
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9.2 - Leds
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9.3 - Semiconductor laser
Folder
Folder
Lecture material as pdf
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10.1 - Magnetism
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10.2 - Diamagnetism and Paramagnetism
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10.3 - Ferromagnetism
Folder
Folder
Lecture material as pdf
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Example 10.1. Some magnetic materials
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Example 9.2. The north poles of the Earth
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11.1 - Superconductivity
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11.2 - Cooper pairs
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11.3 - Josephson effect
Folder
Folder
Lecture material as pdf
Not published to students
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Example 11.1. Some supercondutors
Not published to students
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Example 11.2. Current in Josephson effect
Not published to students
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Example 5.1: Debye approximation and Dulong-Petit law
Not published to students
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Example 9.1. Led material vs wavelength
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Example 3.1. 1D ionic crystal
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