I'm co-founder and head of R&D at Qrendo AB, which is based in Stockholm, Sweden. We're developing the requirements engineering software for the future. Spending months getting to the perfect requirements specification for a purchase of a large software system isn't necessary anymore. You should let the LLM do the tedious work of formulating and analysing your requirements! That's what our product Qrendo req:ai does.
I'm also consulting for the Swedish Defence as an enterprise architect. Military architectural frameworks is my thing. And more specifically: systems architecture for me, means adding the right piece of structure that yields the most value, as soon as possible. Nice little optimization problem there.
I've been an active blogger several years ago, with a technical blog, where I've been discussing various things around software and related things such as productivity, and a personal development blog (in Swedish), where I looked deeper (actually, very much deeper) into everyday psychological phenomena, with the purpose of escaping from The Matrix. Just kidding, but there's definitely something to gain from seeing through some of the most common misconceptions about what's going on in interactions with other people (and yourself)!
Although I don't work in science any more, I did my PhD in Artificial Intelligence at Linköping University in 1997. The topic has changed a lot since then - back then no-one had a clue of what you were talking about, but now everyone seems to know what Artificial intelligence is!
If you're interested in a summary of my research, please have a look at my most recent scientific publication (2005): a chapter in Handbook of Temporal Reasoning in Artificial Intelligence (or pick the Amazon page), together with Peter Jonsson. Quite fun to read if you're the kind of person that likes those kinds of things.
Actually, the most mathematically advanced topic I approached was already in my master's thesis, resulting in two publications in Theoretical Computer Science: Uniqueness of Scott's reflexive domain in Pω and A decidable canonical representation of the compact elements in Scott's reflexive domain in Pω. I looked into some of the foundational work of denotational semantics for programming languages conducted by Dana Scott, especially a (maybe stray) statement in his seminal paper Data Types as Lattices, which I proved to be false, see below. 😊
For a complete list of publications from my life in science; please check them out if you're interested!
For those of you who study mathematics, I'm still keeping the compendium on Abstract Algebra online (in Swedish, "Abstrakt algebra för logikbroilers"), that I wrote together with a friend, Pontus Gagge, long ago (which is 1993). Mathematics is timeless! It's actually quite good for learning the topic.
For my daily planning and acting, I've using David Allen's Getting Things Done (GTD) system since 2005. At times, I coach people in using that methodology for "stress free productivity", if you believe that this is possible. :-)