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update book

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Jonas Hahn
2025-08-09 01:19:45 +02:00
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commit 9de9bc7e38
7 changed files with 82 additions and 56 deletions
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= Analytische Geometrie und lineare Algebra

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= Experimentalphysik I

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= Grundlagen der C-Programmierung

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= Rechenmethoden

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# Room for the bachelor thesis

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// May be split into smaller books in the future // May be split into smaller books in the future
#book-meta( #book-meta(
title: "JonasDocs",
description: "University Typst Documents",
repository: "https://gitlab.gwdg.de/j.hahn02/university",
authors: ("JonasHahn", "Ascyii"),
language: "de",
title: "JonasDocs", summary: [ // this field works like summary.md of mdbook
= Semester I
description: "University Typst Documents", - #chapter("S1/ExPhyI/index.typ")[ExPhy I]
repository: "https://gitlab.gwdg.de/j.hahn02/university", - #chapter("S1/AGLA/index.typ")[AGLA]
authors: ("JonasHahn", "Ascyii"), - #chapter("S1/ReMe/index.typ")[ReMe]
language: "de", - #chapter("S1/GdCP/index.typ")[GdCP]
summary: [ // this field works like summary.md of mdbook = Semester II
= Semester I
= Semester II - #chapter("S2/ExPhyII/index.typ")[ExPhy II]
- #chapter("S2/ExPhyII/VL/ExIIVL1.typ")[Einleitung und Historisches]
- #chapter("S2/ExPhyII/VL/ExIIVL2.typ")[Elektrostatik]
- #chapter("S2/ExPhyII/VL/ExIIVL3.typ")[Elektrische Feld]
- #chapter("S2/ExPhyII/VL/ExIIVL4.typ")[Satz von Gauss]
- #chapter("S2/ExPhyII/VL/ExIIVL5.typ")[Arbeit im E-Feld]
- #chapter("S2/ExPhyII/VL/ExIIVL6.typ")[Feld einer Hohlkugel]
- #chapter("S2/ExPhyII/VL/ExIIVL7.typ")[Elektrostatischer Wind]
- #chapter("S2/ExPhyII/VL/ExIIVL8.typ")[Plattenkondensator]
- #chapter("S2/ExPhyII/VL/ExIIVL9.typ")[Dielektrika]
- #chapter("S2/ExPhyII/VL/ExIIVL10.typ")[Ohm'sche Gesetz]
- #chapter("S2/ExPhyII/index.typ")[ExPhy II] - #chapter("S2/CWR/index.typ")[CWR]
- #chapter("S2/ExPhyII/VL/ExIIVL1.typ")[Einleitung und Historisches] - #chapter("S2/CWR/VL/CwrVL1.typ")[Nullstellen und Integration]
- #chapter("S2/ExPhyII/VL/ExIIVL2.typ")[Elektrostatik] - #chapter("S2/CWR/VL/CwrVL2.typ")[Differentialgleichungen]
- #chapter("S2/ExPhyII/VL/ExIIVL3.typ")[Elektrische Feld] - #chapter("S2/CWR/VL/CwrVL3.typ")[Mehr DGL]
- #chapter("S2/ExPhyII/VL/ExIIVL4.typ")[Satz von Gauss] - #chapter("S2/CWR/VL/CwrVL4.typ")[Modellbeispiel]
- #chapter("S2/ExPhyII/VL/ExIIVL5.typ")[Arbeit im E-Feld] - #chapter("S2/CWR/VL/CwrVL5.typ")[Differentialgleichungen]
- #chapter("S2/ExPhyII/VL/ExIIVL6.typ")[Feld einer Hohlkugel] - #chapter("S2/CWR/VL/CwrVL6.typ")[Partielle DGL]
- #chapter("S2/ExPhyII/VL/ExIIVL7.typ")[Elektrostatischer Wind]
- #chapter("S2/ExPhyII/VL/ExIIVL8.typ")[Plattenkondensator]
- #chapter("S2/ExPhyII/VL/ExIIVL9.typ")[Dielektrika]
- #chapter("S2/ExPhyII/VL/ExIIVL10.typ")[Ohm'sche Gesetz]
- #chapter("S2/CWR/index.typ")[CWR] - #chapter("S2/AnaMech/index.typ")[AnaMech]
- #chapter("S2/CWR/VL/CwrVL1.typ")[Nullstellen und Integration] - #chapter("S2/AnaMech/VL/AnMeVL1.typ")[Einleitung und Newton]
- #chapter("S2/CWR/VL/CwrVL2.typ")[Differentialgleichungen] - #chapter("S2/AnaMech/VL/AnMeVL2.typ")[Phasenraum und Zwangsbedingungen]
- #chapter("S2/CWR/VL/CwrVL3.typ")[Mehr DGL] - #chapter("S2/AnaMech/VL/AnMeVL3.typ")[Energiefunktionen]
- #chapter("S2/CWR/VL/CwrVL4.typ")[Modellbeispiel] - #chapter("S2/AnaMech/VL/AnMeVL4.typ")[Abgeschlossene Systeme]
- #chapter("S2/CWR/VL/CwrVL5.typ")[Differentialgleichungen] - #chapter("S2/AnaMech/VL/AnMeVL5.typ")[Zweiteilchenproblem]
- #chapter("S2/CWR/VL/CwrVL6.typ")[Partielle DGL] - #chapter("S2/AnaMech/VL/AnMeVL6.typ")[Kepler]
- #chapter("S2/AnaMech/VL/AnMeVL9.typ")[Lagrange II]
- #chapter("S2/AnaMech/VL/AnMeVL10.typ")[Lagrange I]
- #chapter("S2/AnaMech/index.typ")[AnaMech] - #chapter("S2/DiffII/index.typ")[Diff II]
- #chapter("S2/AnaMech/VL/AnMeVL1.typ")[Einleitung und Newton] - #chapter("S2/DiffII/VL/DiIIVL1.typ")[Metrik Cauchy-Schwarz]
- #chapter("S2/AnaMech/VL/AnMeVL2.typ")[Phasenraum und Zwangsbedingungen] - #chapter("S2/DiffII/VL/DiIIVL2.typ")[Hoelderungleichung]
- #chapter("S2/AnaMech/VL/AnMeVL3.typ")[Energiefunktionen] - #chapter("S2/DiffII/VL/DiIIVL3.typ")[Aequivalenz von Normen]
- #chapter("S2/AnaMech/VL/AnMeVL4.typ")[Abgeschlossene Systeme] - #chapter("S2/DiffII/VL/DiIIVL4.typ")[Aequivalenz von Normen]
- #chapter("S2/AnaMech/VL/AnMeVL5.typ")[Zweiteilchenproblem] - #chapter("S2/DiffII/VL/DiIIVL5.typ")[Operatornorm]
- #chapter("S2/AnaMech/VL/AnMeVL6.typ")[Kepler] - #chapter("S2/DiffII/VL/DiIIVL7.typ")[Gradient]
- #chapter("S2/AnaMech/VL/AnMeVL9.typ")[Lagrange II] - #chapter("S2/DiffII/VL/DiIIVL8.typ")[Zusammenhang]
- #chapter("S2/AnaMech/VL/AnMeVL10.typ")[Lagrange I] - #chapter("S2/DiffII/VL/DiIIVL9.typ")[Partielle Ableitungen Ordnung]
- #chapter("S2/DiffII/VL/DiIIVL12.typ")[Partielle Ableitungen Ordnung]
- #chapter("S2/DiffII/VL/DiIIVL14.typ")[Partielle Ableitungen Ordnung]
- #chapter("S2/DiffII/index.typ")[Diff II] - #chapter("S2/Neuro/index.typ")[Computational Neuroscience]
- #chapter("S2/DiffII/VL/DiIIVL1.typ")[Metrik Cauchy-Schwarz] - #chapter("S2/Neuro/VL/NeuroVL1.typ")[Verschiedene Ebenen]
- #chapter("S2/DiffII/VL/DiIIVL2.typ")[Hoelderungleichung] - #chapter("S2/Neuro/VL/NeuroVL2.typ")[Membran Potential Modelle]
- #chapter("S2/DiffII/VL/DiIIVL3.typ")[Aequivalenz von Normen] - #chapter("S2/Neuro/VL/NeuroVL3.typ")[Synapsen]
- #chapter("S2/DiffII/VL/DiIIVL4.typ")[Aequivalenz von Normen] - #chapter("S2/Neuro/VL/NeuroVL5.typ")[Convolution Correlation]
- #chapter("S2/DiffII/VL/DiIIVL5.typ")[Operatornorm]
- #chapter("S2/DiffII/VL/DiIIVL7.typ")[Gradient]
- #chapter("S2/DiffII/VL/DiIIVL8.typ")[Zusammenhang]
- #chapter("S2/DiffII/VL/DiIIVL9.typ")[Partielle Ableitungen Ordnung]
- #chapter("S2/DiffII/VL/DiIIVL12.typ")[Partielle Ableitungen Ordnung]
- #chapter("S2/DiffII/VL/DiIIVL14.typ")[Partielle Ableitungen Ordnung]
- #chapter("S2/Neuro/index.typ")[Computational Neuroscience] - #chapter("S2/AGLA/index.typ")[AGLA II]
- #chapter("S2/Neuro/VL/NeuroVL1.typ")[Verschiedene Ebenen] - #chapter("S2/AGLA/VL/AgIIVL7.typ")[Moduln]
- #chapter("S2/Neuro/VL/NeuroVL2.typ")[Membran Potential Modelle]
- #chapter("S2/Neuro/VL/NeuroVL3.typ")[Synapsen]
- #chapter("S2/Neuro/VL/NeuroVL5.typ")[Convolution Correlation]
- #chapter("S2/AGLA/index.typ")[AGLA II] = Semester III
- #chapter("S2/AGLA/VL/AgIIVL7.typ")[Moduln]
= Semester III - #chapter("S3/ExPhyIII/index.typ")[ExPhy III]
] - #chapter("S3/KFT/index.typ")[KFT]
- #chapter("S3/MaPhyIII/index.typ")[MaPhy III]
= Semester IV
- #chapter("S4/ExPhyIV/index.typ")[ExPhy IV]
- #chapter("S4/QM/index.typ")[QM]
= Semester V
- #chapter("S5/StatMech/index.typ")[StatMech]
]
) )

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# Room for the master thesis