An attempt to outline an approach to how I want to document ongoing and finished projects during my Bsc at Oslomet.

Requirements

• Easy to manage, low upkeep and administration.
• My data, my server. Locally hosted?
• No tracking, ads or AI shittyness.
• Actually, if we can, we should send the AI-bots, scrapers and stuff into a nasty loop.
• Desgin should be focused around readability and content.
• Support images and LaTeX-type for mathematical notations.
• Security through simplicity.
• Platform(pc/mobile) independent.
• Serve as some sort of web 1.0 blog. When the internet was a place you wanted to escape to, not from.[1]
• "Less is more" -kinda style of approach.

Journey not destination, kinda

Around 20 years ago I began tinkering with programming and web-development. Technology has advanced a whole lot since then. Re-learning web-design and webhosting in 2025 was a different breeze than working with w3schools.com. This blog is built upon Zola, using the Apollo theme. While Hugo looked interesting, I wanted to get up and running, and not get lost in the process. Oh, you bet I got lost...

Markdown test 1

Lets try some inline-Latex: $ \theta=\theta_{0}+\omega_{0}t+\frac{1}{2}\alpha t^{2} $

Markdown test 2

Now lets try some eq-latex: $$\vec{r}{CM} = \frac{1}{M}\sum m{i}\cdot \vec{r}_{i}$$

Apparently Mathjax does not like subscript?

$\vec{r}{CM} = \frac{1}{M}\sum m_{i}\cdot \vec{r}_{i}$

Test 2:

$\vec{r}{\mathrm{CM}} = \frac{1}{M}\sum m{i}\cdot \vec{r}_{i} $

Test 3:

${\vec r}{\mathrm{CM}} = \frac{1}{M}\sum m{i},\vec r_{i} $

Test 4:

$\vec r_{\mathrm{CM}} = \frac{1}{M}\sum m_{i},\vec r_{i} $

Test 5:

$\overrightarrow{r}{\mathrm{CM}} = \frac{1}{M}\sum m{i},\overrightarrow{r}_{i}$

Test 6:

$\vec{r}{\text{CM}} = \frac{1}{M}\sum m{i}\cdot \vec{r}_{i}$