Marrit2

Lecture notes for the Atoms to Solids Part 1 course in Technische Natuurkunde at Rijksuniversiteit Groningen, compiled in February 2025. Covers 8 weeks of content ranging from early atomic physics and the Schrödinger equation through to molecular orbital theory, spectroscopic transitions, and rotational/vibrational energy levels. Essential study material organized by week with detailed coverage of quantum mechanics, atomic structure, molecular bonding, and spectroscopy—ideal preparation for e...

Midterm 1 study notes for Atoms to Solids Part 2 at Rijksuniversiteit Groningen, covering the heat capacity of solids and quantum mechanical models. Topics include the Dulong-Petit law, Einstein model of specific heat with quantum harmonic oscillators, and the Debye model with phonon quantization and density of states. Essential preparation material with detailed derivations of heat capacity formulas, Debye temperature, and comparison of classical vs. quantum approaches at different temperature ...

Lecture notes from the Digital Signal Processing course at Rijksuniversiteit Groningen, covering weeks 1-2 of the 2025/26 curriculum. Topics include discrete signals and sampling, LTI systems, convolution, z-transforms, DFT/FFT, and filter design with Gaussian noise analysis. Essential for understanding core DSP concepts and preparing for exams with worked examples and clear explanations of frequency domain transformations.

Including all presentation and seminar notes on all assigned literature for '24/'25

Complete summary of lectures, tutorials and the assigned parts of the book of the first part of Electricty and Magnetism, taught by Maxim P. Pchenitchnikov.

Complete summary of tutorial recaps, lecture notes and necessary material from the books of the course Linear Algebra taught by Mariano Mendez

Summary of physics of modern technology, based on the lectures and tutorials of Casper van der Wal and Andrea Guintoli in the school year '24/'25. Concerns every topic they discussed: diodes, Mosfets, transistors, solar cells, lamps/LED/LASER, data storage, 3D printing, batteries, hydrogen, GPS and clocks/gravity.