Welcome
I am Markus a software engineer, inventor, computational and data scientist. This is where I write down and share my thoughts, projects and experiences.
Your time is valuable, every single word is written by myself to provide original, non-inflated content.
Please do not hesitate to contact me with any feedback, questions or suggestions.
Plans for Q1’26
- Researching a new Optimal Design Feature Selection (ODFS) algorithm that integrates SFFS with D-, C-, and cost-optimality, allowing feature selection and measurement design to be performed in an alternating framework. [in progress]
- Migrate infra within Hetzner from single server to k8s cluster and software delivery platform from CaptainRover to KubeVela. [in progress]
- Start building an open-source best-practice full-stack project for a
maintainable, safe, flexible and scalable web application:
- Frontend: Sveltekit + Houdini GraphQL
- Federated API: Apollo Router (graphql, apollo federation, relay)
- Backend: Rust + Seaorm (codegen from pg schema) + juniper
- DB: Postgres (sequin for cdc as default dual-write problem solution) + maybe pg extension for authz and business logic with pgrx
- Zero downtime migration via pgroll
- Events: Nats Jetstream
- Durable execution: restate
- Revisit reinforcement learning algorithms and implement them in Rust (burn).
- Reboot quantum-simulation.de project by migrating the heavy computation part from javascript to WASM in Rust (maybe leptos full-stack framework + bevy for rendering) and improve the UX.
Personal Information
| Key | Value |
|---|---|
| Name | Markus Unkel |
| Git | codeberg/maunke |
| Email (private) | markus@unkel.io (PGP: C05F0B6831A0BC1E) |
| Email (freelance) | contact@markusunkel.tech (PGP: 518CDF7F0DCF740A) |
| Phone | +4917686606827 |
| Fax | +494039903555 |
| Mastodon | @maunke |
| in/markusunkel | |
| RSS Feed | /rss.xml |
FOSS Projects
| Project | Description |
|---|---|
| odesign | An optimal design of experiments library written in pure rust. |
| quantum-simulation | Quantum physics interactive simulation of a quantum wave packet in arbitrary potentials. |