Courses

Tags: project:Chips_of_Europe

Quantum mechanics

Orbitals of the hydrogen atom Infinite quantum well Electron States in Quantum Boxes Transmission (CBR) Harmonic Oscillator Triangular well Double quantum well

Semiconductor physics

Interpolation of 2-component alloys k.p dispersion in bulk GaAs (strained / unstrained) k.p dispersion in bulk unstrained, compressively and tensely strained GaN (wurtzite) Electronic band structures of bulk crystals with 6, 8, 14 and 30-band k.p models Piezo- and Pyroelectric charges in GaN/AlN/GaN wurtzite heterostructure Landau levels of a bulk GaAs sample in a magnetic field Electron transport in n-type silicon I–V characteristics of n-doped Si structure

Device building blocks

Schottky barrier Surface charges p-n junction in the dark p-n junction under illumination Two-dimensional electron gas in an AlGaN/GaN FET Subband occupations of 2DEG InGaAs/InAlAs HEMTs

Semiconductor devices

Transistors

Silicon MOSFET GaN HEMT - semiclassical currents with low-field mobilities InGaAs/AlInAs high-electron-mobility transistor Shockley’s model of JFETs and MESFETS (planned)

Light emitting diodes

InGaAs Multi-quantum well IRB-LED AlGaN/AlN UVC-LED with distributed-polarization layer

Solar cells

GaAs solar cell Cascade solar cell (Tandem solar cell)

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Acknowledgment

This site is co-funded by European Union within the project CHIPS of Europe connecting universities and industry to train the next generation of semiconductor experts.