Looks like convex MBK. To OP: how is typing on convex keycaps for you? Usually people use concave keycaps for the non-thumb fingers

🫂

Wow, that’s wild. Amazing language

In German the following is a completely valid sentence:

Wenn hinter Fliegen Fliegen fliegen, fliegen Fliegen Fliegen nach.

Which translates to when flies fly behind flies, then flies follow flies. The same works for seals:

Wenn hinter Robben Robben Robben, robben Robben Robben nach.

Wenn hinter Fliegen Fliegen fliegen, fliegen Fliegen Fliegen nach. Noch einmal fliegen ohne Unterbrechung mehr.

Finite Element Methods (FEM) is a simulation methode to solve partial differential equations (PDEs). In oder to perform FEM one needs to generate a “mesh” of the object/domain under consideration. The picture shows a meshed human body, the needed thing to perform FEM on it. Therefore one could argue that the picture shows a FEM-boy.

From the color of the signs you can see that this is not filmed in Germany. The signs on the German autobahn (the sort of highway without speedlimit), are blue; the one in the video is green.

Theoretical physicist here: the hole chair uses Linux, except for two persons that use MacOS

Who else is writing a Marie Curie proposal atm?

People pointed me towards your keyboard when I showed them mine. I was not aware of your very nice board when I designed mine. The 3D structure of your keyboard is very interesting. I would love to try it once.

The hexapoda is my 3rd to 6th keyboard PCB design, depending on how you count different variations of my hexatana keyboards and whether or not you include a very simple numpad PCB I once design for a keyboard/arduino workshop.

You are correct, the layout for my hexapoda supports 5 index keys and 2 pinky keys and two thumb keys per side. However aver having typed on the board a bit, I only use one pinky key and only 3 index keys. I do not type on the inner index keys. I might do a new version of the board, where I remove the unused keys.