Anki can help you with learning the many things by heart you need to know for your exams. As it is very time-consuming to create a large anki-deck for yourself, here are some existing cards, ordered by subject:
The cards have been made somewhat quick, so they may contain minor mistakes and are somewhat in disorder. If you are interested in contributing in any way (you have cards of your own to publish, you did some cleaning with our cards or whatever) feel free to contact us. We are happy for any help :)
An introductory description to using Anki (and create decks of your own).
Basisjahr Chemistry anki cards: Many reaction equations and VSEPR for ACACII, derivation ideas for PCI (thermodynamics), concepts for ACPC, etc. Content goes over the first years chemistry courses of a chemistry student.
Covers the important expressions of the informatics course for chemistry bachelor students in the first semester. Many thanks to Jasmin Frei for her contribution.
Physics II anki cards: Some intuition for the physics II lecture FS2022 by Prof. Wallny (DPHYS). This deck was only halfway completed and any help for completion would be appreciated.
Math Basisjahr anki cards: definitions, connections, examples and some proof ideas. Based on the courses LinAlg HS2021 and FS2022 by Prof. Pink (DMATH) and Analysis HS2021 and FS2022 by Prof. Einsiedler and Prof. Lang (DMATH)
Most important latex keywords you should know by heart if you want to work efficiently with latex.
Anki deck for the HS2022 lecture inorganic chemistry I by Prof. Gruetzmacher and Prof. Steinegger. Many thanks to Kai Ruth for his contribution.
Allgemeine Mechanik (classical mechanics) HS2022 lecture bei Prof. Gaberdiel. Helps to cope with better with the formalism and remembering important definitions and connections.
Analytical Chemistry I HS2022 lecture by Prof. Günther and Prof. Zenobi. Even though the exam is open-book, knowing some values and concepts by heart helps with the understanding. Many thanks to Ben Chen and Paul Nesemeier for their contribution.
For the safety test of the Organic and Inorganic Chemistry II practical course. Many thanks to Paul Nesemeier for his contribution.
Mathematical Methods in Physics HS2022 lecture by Prof. Willwacher. The mathematical formalism is best understood if its repeated over and over. Many thanks to Etienne Gligien for his contribution.
Organic Chemistry I lecture HS2022 by Prof. Wennemers, covers many reactions and mechanisms. Many thanks to Jasmin Frei for her contribution.
Physical Chemistry II lecture HS2022 by Prof. Signorell. Spaced repetition helps by gaining intuition. Many thanks to Etienne Gilgien for his contribution.
Physics III lecture HS2022 by Prof. Chu. Quantum mechanics is hardly understood when reviewed only once. Many thanks to Etienne Gliglien for his contribution.
Inorganic Chemistry II lecture FS2022 by Prof. Kovalenko. Many thanks to Ben Chen and Paul Nesemeier for their contribution.
Advanced Kinetics lecture FS2022 by Prof. Richardson. Many thanks to Carl Sünderhauf for his FS2024 revision and update.
Mathematical Methods in Physics II lecture FS2023 by Prof. Willwacher.
Organic Chemistry II lecture FS2023 by Prof. Morandi. Many thanks to Jasmin Frei for her contribution.
Physical Chemistry III lecture FS2023 by Prof. Merkt. Many thanks to Kai Ruth and Hendrik du Croo for their contribution. There are still missing parts, any help is appreciated.
Theorie der Wärme (theory of heat) lecture FS2023 by Prof. Renner.
Electrodynamics lecture FS2023 by Prof. Graf. The deck is not yet complete, any help is appreciated.
Peptides lecture FS2023 by Prof. Wennemers. Many thanks to Jasmin Frei for her contribution.
Medizinische Chemie I lecture HS2022 by Prof. Hall. Many thanks to Jasmin Frei for her contribution.
Inorganic Chemistry III lecture HS2022 by Prof. Bezdek and Prof. Copéret. Many thanks to Jasmin Frei for her contribution.
Physical Chemistry IV lecture HS2022 by Prof. Riek. Many thanks to Jasmin Frei for her contribution.
Molecular and Structural Biology I: Protein Structure and Function lecture HS2022 by Prof. Glockshuber. Many thanks to Jasmin Frei for her contribution.
Introduction to Solid State Physics lecture HS2023 by Prof. Zheludev.
Quantenmechanik I lecture HS2023 by Prof. Renner.
Advanced Quantum Chemistry lecture HS2023 by Prof. Reiher. Many thanks to Vincent Wirth for his contribution.
Organic Chemistry III: Introduction to Asymmetric Synthesis lecture HS2022 by Prof. Carreira. Many thanks to Jasmin Frei for her contribution.
Introduction to Computational Physics lecture HS2023 by Prof. Adelmann.
Organic Chemistry IV: Physical Organic Chemistry lecture FS2023 by Prof. Chen. Many thanks to Jasmin Frei for her contribution.
Digital Chemistry lecture FS2024 by Prof. Jorner. Many thanks to Carl Sünderhauf for his contribution. Likely they will have some contents removed for following years, if someone wants to filter out the relevant cards, please let us know.
Inorganic Chemistry IV: (Nano-)Materials; Synthesis, Properties and Surface Chemistry lecture FS2024 by Prof. Copéret.
Physical Chemistry V: Spectroscopy lecture FS2023 by Prof. Wörner. Many thanks to Jasmin Frei for her contribution.
Quantum Electronics lecture FS2024 by Prof. Grange. Mostly contains 'things to know' and formulae. For corrections please contact rzumbrunn[at]ethz.ch
Quantum Information Theory lecture FS2024 by Prof. Renner. For corrections please contact rzumbrunn[at]ethz.ch.
Quantenmechanik II lecture FS2024 by Prof. Marinkovic. The deck is not complete and mostly covers the first part of the lecture. For corrections please contact rzumbrunn[at]ethz.ch.
Since it is a very annoying task to search the security data sheets for every lab report and it does not really provide any new knowledge, there is now an automated solution for that. To motivate the use of latex, the data will be directly inserted into a latex template you can feel free to use for your own reports. If you encounter any problems with the tool or if you would like to help with the further development, please contact the devs. To try it out click here. If you preferred the old one you can still find it here.
So that you can see what your report could look like in the end we have also provided some pdf files of our previous reports:
Example for OACPI Example for ACAC