lewinb.net - Lewin Bormann on Lewin Bormann

See more on SkySee

Tue, 17 Mar 2026 18:59:26 +0100

After I released the first version of SkySee - see skysee.ch - I quickly received feedback, and also felt myself, the limits of a pure SHV number based tagging. To recap, Swiss glider pilots are obligated to put their Swiss paragliding/delta association (SHV) membership number on the down-facing side of their glider, for accountability purposes. The original SkySee idea was to repurpose this number for sharing flight photos among pilots.

However, depending on the perspective, in dynamic situations, or from far away, the letters can not always be read easily; especially on snapshots or videos with limited resolution. In addition, there are plans to replace the physical SHV number with an electronic identification system in the next few years: so the days of SHV number tagging would be limited anyway.

Building SkySee

Fri, 06 Feb 2026 17:18:38 +0100

Context

In the past weeks, I’ve built a web application from the ground up, scratching an itch I’ve had for a long time. Since fall 2024, I’ve been the proud owner of a Swiss paragliding license, and I’ve been making use of this privilege quite a bit (but not as much as I would have liked).

My second-favorite part of a day going flying is the time spent in between flights. Whether that’s talking to other pilots, hiking, eating lunch, or taking photos. This means I’ve ended up with a whole lot of photos of other pilots: sometimes during the final leg before landing, or during their take-off, and often enough even while in the air.

News in uvco

Sun, 07 Dec 2025 12:52:35 +0100

How time passes! This is already the third article discussing my uvco library for asynchronous programming in C++ - the uvco tag shows all past and future articles.

The reason for this installment are several fundamental improvements I’ve implemented in recent weeks, turning the fledgling, sometimes unstable and hard to use uvco library discussed in those previous articles, into a more robust and scalable framework for almost-serious asynchronous programming in C++. In addition, several benchmarks have been implemented to better quantify the throughput and latency numbers currently achievable with uvco.

But what is a Quantum Control System?

Tue, 21 Oct 2025 09:32:14 +0200

In my job at Zurich Instruments, I’m busy most days building software for a quantum control system (QCS). And even though that’s something very tangible for me, it’s often difficult to explain to folks outside of the field, and sometimes I struggle to describe precisely to other physicists what a QCS is or does.

So first, for a working definition we use internally: A QCS is a system used in building quantum computers, specifically concerned with controlling the individual qubits. Each qubit is a discrete physical system typically exhibiting two energy states, and by coupling them to each other, quantum computations can be executed on the quantum computer. How specifically that works is beyond this discussion (and also beyond me, if I’m honest). Oftentimes, the chip (if it is a chip) containing qubits is called the QPU, or Quantum Processing Unit, in analogy to the CPU or GPU. But as I will describe further down, this term is not quite clear and can be used in a different way. Also note that despite having an education in physics, I’m working on the QCS software – I have many extremely competent colleagues with PhDs in quantum computing who are much better able to explain the finer aspects of quantum computing.

Design of the uvco async library

Tue, 30 Jul 2024 22:06:26 +0200

New article, discussing recent developments and improvements: News in uvco

I’ve already presented my “uvco” library in a previous post. Here I want to go deeper on the underlying design ideas and mechanics of using C++ coroutines to make using libuv a lot more ergonomic than otherwise.

The outcome is similar to e.g. Node.js concurrency - not surprising, because that’s still libuv’s main use case - or Python’s asyncio library.

Getting Started with C++ coroutines

When coroutines were first standardized, I was looking forward to using them. Having used Go before, I hoped that writing concurrent and parallel code would finally become more accessible in C++. However, if you read references for C++ coroutines, you’ll notice that they never talk about concurrency at all. That was initially a bit difficult to understand, and I wasn’t quite sure what coroutines would be good for then.

ELF Linking and Loading in Practice

Mon, 22 Apr 2024 19:28:54 +0200

I’ve programmed in C and C++, later in Rust and OCaml, for more than 12 years now. One of the most interesting aspects to me were the operating system, how code interacts with it, and how code is run. Like most people, I followed the typical journey: compile your first code using gcc -c hello.c, then link it using gcc -o hello hello.o, and finally run it using ./hello. With libsocket I published a library for both C and C++, facilitating using the sockets API on Unix systems - and as a library, I had to learn how to build a dynamic library (shared object, SO), and how to link against it. I’ve had my fair share of linker errors, too, but one thing stood out to me: linking and loading are complex processes, but generally so reliable that they almost always work. And if they don’t it’s usually my own fault - a missing translation unit, or something similar.

A simple Priority Queue in OCaml

Sat, 30 Dec 2023 18:26:38 +0100

While working on some programming quiz in OCaml, I needed to use a priority queue (or heap) in order to solve some graph traversal problem. However, unfortunately, OCaml doesn’t provide any sort of priority queue or heap in its standard library. And after a brief search I haven’t found any that satisfied me in terms of their interface.

However, in I came across the idea to simply use a Set keyed by (int * 'a) where int is the priority and 'a the payload. That’s clever! The access complexity for the min (or max) element is now log N but that is still better than not having a proper heap. I also didn’t feel like writing my own heap based on an array or a simple tree structure; making use of the well-known Base.Set module seemed more attractive. I generally use Jane Street’s Base and Core all the time, as they are a bit more pleasant to use and more complete than the standard library.

The uvco C++ async library

Sun, 26 Nov 2023 23:37:20 +0100

Updated: May 7, 2024

New article, going in depth on uvco: Design of the uvco async library

Since starting my new position at Zurich Instruments I’ve worked a lot with the lovely kj framework, in conjunction with capnproto RPC. kj is an asynchronous network programming library, and gained support for C++ coroutines in version 1.0. For this use case, coroutines are great, simplify usage, and may even yield performance improvements.

To get a better understanding, I attempted my hand at writing a small coroutine framework driven by the libuv event loop. While there were some snags to be navigated, this turned out to be a great fit, and I quickly managed to map a good part of its functionality to a coroutine-based implementation.

Functional JSON Access

Sat, 26 Aug 2023 13:49:15 +0200

While working on typst_of_jupyter, I came across a very common problem: efficiently and reliably accessing nested JSON structures. This is an age-old problem that every programmer will have come across, and it’s easier in some languages – dynamically typed ones like Python or JavaScript – and more annoying in others.

typst_of_jupyter is written in OCaml, which – being statically typed – rather falls into the second category. In order to generate typst code for a Jupyter notebook, the JSON structure representing the notebook must be processed. It is not a very complicated structure, but enough to be annoying to deal with in a plain way.

Typst_of_jupyter: Better notebook PDFs

Thu, 27 Jul 2023 00:30:02 +0200

If you have followed my posts (unlikely, given the visitor counts of my website), you have seen one or two posts about Typst, the new text-based typesetting system. I’ve already shown in a previous post that Typst can be very useful as an intermediate language for generating PDFs.

Disappointed by the various ways of exporting Jupyter notebooks – printing from the browser, converting to LaTeX, pandoc, etc. – I was looking for an approach that allows for archiving and sharing high-quality versions of Jupyter notebooks preferably as PDF files. The idea to use Typst for generating such PDFs was obvious!

Playing with OCaml Effects

Sun, 23 Jul 2023 15:40:04 +0200

A few weeks ago I finally started seriously working with OCaml, after having ignored it for a long time. The main reason was the lack for multithreading, which I felt is essential these days (even though most code, of course, doesn’t make use of it.) But OCaml 5 was released a few months ago, and has removed this barrier – along with introducing Effect handlers, a smooth way for handling all kinds of ways to hack a program’s control flow.

Foothills of Zug

Fri, 21 Jul 2023 23:31:49 +0200

The “secret” to the most cliché idyllic landscapes is to not look in the alpine regions, but in the foothills preceding them. In this case, in the canton of Zug between Aegerisee and Raten pass (1080 m above sea level). With the farmers rushing to take in hay before the arriving rainstorm, the perfect scene was set.

No more talk – the photos speak for themselves:

E 16-70mm F4 ZA OSS E 16-70mm F4 ZA OSS E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS Mount Rigi and Pilatus, near Lucerne. (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS Mount Rigi (on the right) (Location) E 16-70mm F4 ZA OSS

The Law of Lawyers

Sun, 18 Jun 2023 13:47:26 +0200

Background

Over the past years, I’ve repeatedly seen articles claiming a looming shortage of lawyers:

But I’ve wondered: is such a shortage serious, and more importantly, would having more lawyers (which in the following also includes judges and so on, essentially jurists) help ameliorating the situation?

Typst for Technical Documentation

Fri, 16 Jun 2023 17:49:37 +0200

In my second post on Typst – after the CV template which already ranks me fairly high in the search results for those terms :-) – I want to present a use case of Typst I found while working on my master’s thesis on integrated photonics devices for multiplexing at low temperatures.

That use case is short techical reports respectively “data sheets”, and I’m proud that this one too doesn’t fall under the apparently intended main application of Typst, which would be writing (academic) publications. In addition, I’ve also written various pieces of technical documentation with it, but those are rather conventional (and could have easily been written in LaTex or Word).

Typst and a CV template

Sun, 23 Apr 2023 10:41:18 +0200

Updated 2023-08-30

If you are interested in typesetting outside the normal options (Word, LibreOffice), and have had a gnawing feeling that LaTeX is, after all, a bit annoying to use (and I say that as a maybe not power user, but having used it for the past ten years, including all important documents), Typst may be for you.

It’s a new document language, conceptually somewhere between LaTeX and Markdown, has been hyped a bit recently – and that hype is fully deserved. Having had no experience in it, I rewrote my CV on a Sunday morning within less than two hours, and it looks better than the prior LaTeX version. Written in Rust, it is easily installable through cargo, as a standalone binary, or usable on the web. I went the first route (as a matter of pride).

Just some cat photos

Wed, 19 Apr 2023 20:58:32 +0200

I’ve recently had the privilege of meeting several lovely cats who agreed to have their photos taken (at least that’s how I interpreted their behavior).

All photos except for the last one were taken with my Auto Revuenon f/1.4 55mm lens.

Uediker Büsi ----

This Dorito-colored cat visited my garden a few days ago. We’d been acquainted already when it came out of its house (in my neighborhood) to get a pat on the head one night.

Thermal Limits of Quantum Compting

Sun, 25 Dec 2022 14:30:17 +0100

Disclaimer: I have little knowledge about the details of quantum computing! Neither do you need any to understand this short article.

I am working on my master’s thesis these days, or more specifically the research that will hopefully lead to having something to write about. While I cannot go into details due to my host institutes customs on intellectual property etc. – the world will have to wait for my thesis to be published – I am fortunately allowed to talk about the context and the problem. Later on, I hope to write a few more articles on the specific technologies I am using, while remaining at a high enough abstraction level to not violate any rules. I also won’t go into extreme details: for that you will have to wait for my master’s thesis.

What Every Programmer Should Know About Optical Fiber

Mon, 15 Aug 2022 22:53:25 -0700

Could you imagine an internet with just text? No photos, no audio, and certainly no video? Forget about memes, Youtube, and Netflix! All these very essential services could simply not exist without… Optical Fiber!

So when compiling a list of technologies with the highest impact on our daily lives, optical fiber would certainly take up one of the top spots. As long as the internet is mentioned, fiber needs to be credited. The main question that I had for years, as programmer, software engineer, and generally computer person – and that probably you might have too, if you have read anything about fiber-related technologies – is: how is fiber so damn fast?

The Sony Zeiss 16-70mm f/4 Lens

Sat, 30 Jul 2022 22:08:20 -0700

After noticing that by far most visitors to my website don’t come for my technical/scientific content (sad!) but for my Auto Revuenon review, I figured I may expand my portfolio of lens reviews, and present more of my not-so-rare knowledge and probably-wrong opinions publicly.

Thus: This review of Sony’s Z 16-70 mm f/4 E lens, or fully Vario-Tessar T* E 16-70 mm F4 ZA OSS, or technically just SEL1670Z.

Overview

The technical aspects you can find on Sony’s site, and I won’t repeat them here. Instead I’ll provide my subjective impression so far (no shots of diagrams or walls either). You can click the images to obtain a full-size (camera-resolution) JPEG.

Hollywood Hills

Fri, 24 Jun 2022 21:54:00 -0700

I walked off the busy Hollywood streets – with the LA pride in full swing – into the Hollywood hills. Looking at all these rich people’s houses didn’t do much to help my confidence. At least it was a colorful and impressive walk. In tourism-mode I was using my lovely Sony/Zeiss 16-70mm f/4 zoom lens.

You can find more photos of my short Los Angeles trip on Flickr.

(Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS (Location) E 16-70mm F4 ZA OSS

Weighted Means - a Bayesian View

Wed, 25 May 2022 20:37:01 -0700

Every student in quantitative sciences – I will argue – sooner or later comes across the weighted mean, a tool to incorporate measurements with different uncertainties into a overall measurement of better uncertainty than any single measurement. This is commonly defined for measurements $x_i$ with uncertainties $\sigma_i$ as the following:

$$\overline x = \frac{\sum_i x_i/\sigma_i^2}{\sum_i 1/\sigma_i^2}$$ $$\overline\sigma^2 = \sum_i \frac{1}{\sigma_i^2}$$

It is straight-forward to interpret this as a weighted sum of measurements, with “better” (low-uncertainty/high-precision) measurements receiving a higher weight than less precise ones.

California

Tue, 03 May 2022 22:03:42 -0700

Staying in California obviously gives some great opportunities to take amazing photos. The ones you can see are just a small taste; you can see a much greater selection on Flickr. Click images to magnify.

Kings Canyon/Sequoia National Park

(Flickr)

Driving to Kings Canyon FE 50mm F1.8 Road into Kings Canyon/Roads End (Location) 30mm F1.4 DC DN | Contemporary 016 View of Palmer Mountain (Location) 30mm F1.4 DC DN | Contemporary 016 Secret submarine base? (Location) 30mm F1.4 DC DN | Contemporary 016 Driving in the Canyon 30mm F1.4 DC DN | Contemporary 016 Sunset over Kings Canyon NP (Location) 30mm F1.4 DC DN | Contemporary 016 Old redwood stumps (Big Stump Grove) (Location) 30mm F1.4 DC DN | Contemporary 016

Miscellaneous

Thu, 14 Apr 2022 20:53:20 -0700

Minor works or interesting tidbits go here. Don’t expect great insights!

Derivation of the (full and quasigeostrophic) Vorticity and Divergence equations (ATM 111 class, UC Davis)
- This is of interest to those excited about atmospheric dynamics. Otherwise, it probably isn’t.

Some data algorithms

Thu, 17 Mar 2022 17:22:16 +0100

In the past half year, I’ve implemented various data analytics algorithms for my own understanding. Mostly on a toy level, they are all implemented in Julia as Pluto notebooks and I hope they are helpful as reference (if only for me). Here’s the line-up:

AdaBoost – how to use enough shitty classifiers to make up a not-so-shitty classifier. (Note: the last plot is supposed to contain a heatmap, which sometimes only shows up after refreshing the page)
Expectation Maximization – k-means clustering, but better
GLM – generalized linear models for multi-class classification
logistic – logistic regression; similar to GLM (but less general)
SVM – the old-but-gold classic, here implemented in four flavors.

I hope they are useful to you (although probably not). Either way, note how easy Julia makes it to implement these (admittedly simple) algorithms, compared to e.g. Python with numpy. For example, being able to take the gradient of a function without further troubles (like frameworks etc.) is often very useful for quickly optimizing some function; and matrix arithmetics are easier to use anyway.

More Coupled Oscillators

Wed, 19 Jan 2022 21:35:54 +0100

A very important concept in condensed matter physics (or solid-state physics, specifically) are lattice vibrations and their quantized form, phonons. I’ve mentioned before that I like using a computational approach to better understand concepts, and it’s not different here.

I will assume no prior knowledge on your part, and additionally, I want to state that I don’t claim to be anything but a humble student of this matter. If you find errors, please let me know discretely to save me the embarrassment :)

Integer Programming (and Operations Research)

Wed, 01 Dec 2021 21:59:40 +0100

updated: 2021-12-27

Towards the end of my Bachelor’s program, I decided to broaden my horizon and expand my options – and subsequently enrolled not only for Master’s studies in Physics, but also in Economics. This is a special curriculum offered by my university for students of science and engineering.

Long story short, whereas some courses are quite, hm, boring – I’ve been amazed by the Operations Research I lecture (given by Prof. Lübbecke). In fact, I even chose Operations Research as the focus of studies for the economics degree. But what is Operations Research (OR) in the first place? Being very much a beginner in this field, I don’t dare give a good definition or even overview of it. Generally, this field is concerned with optimization problems, often discrete ones, with applications in business, logistics, government, military, and so on. Typical problems in OR are route planning (including travelling sales person/TSP), packing, scheduling, allocation of resources, and so on.

RWTH in Fall

Thu, 11 Nov 2021 22:17:48 +0100

I like taking photos of my university campus; so much, in fact, that I’ve created a Flickr group dedicated to it. These days, the late fall light gives some special feeling to the Melaten campus especially (that’s the part built as a greenfield project some time in the 1970s, I believe).

My endearingly snarky treatment of my alma mater is well-deserved, and I hope some things will change in the upcoming years. Except for the bunnies, of course.

Bachelor thesis

Thu, 14 Oct 2021 14:06:37 +0200

I spent this past summer writing my Bachelor of Science thesis at RWTH Aachen’s Nuclear Verification and Disarmament chair (Prof. Malte Goettsche) about Reconstructing Nuclear Fuel Cycles using Bayesian Inference: A First Implementation.

Recently, I received the feedback, which will hopefully soon result in me getting my “BSc RWTH” degree. For my work, I received a 1.0 grade (which is the best grade on the German scale of 1.0 - 4.0); for this, I’m obviously happy. I am grateful for the support I received by Prof. Goettsche as well as my supervisor, Max Schalz. Computing resources were provided by RWTH Aachen’s data center.

(DE) Wieso eigentlich keine Kernenergie?

Mon, 30 Aug 2021 11:24:58 +0200

This article about why nuclear energy is questionable in this day and age is written in German, as the topic of leaving nuclear energy is actively discussed in these days in Germany.

In diesen Tagen der Klimakrise – Wälder im Mittelmeer verbrennen, deutsche Städte werden hinweggeschwemmt, der neue IPCC-Report warnt vor Erreichen des 1.5-Grad-Ziels bis 2030 – hört man immer wieder von Kernenergie. Glücklicherweise nicht an prominentester Stelle, doch hin und wieder von Kolumnisten und Kommentatoren in der einen oder anderen Publikation.

Ordinary

Wed, 14 Jul 2021 21:58:40 +0200

Unfortunately not always, but sometimes, I have a mind free enough to just go out and take photos. Aachen definitely has some nice corners, but isn’t known for its breathtaking all-encompassing beauty (as opposed to, say, Monschau – a nearby, very picturesque village). All the more interesting is the consequence of this lack of specialty: even ordinary things can look interesting when they are inside a photo, maybe with a bit of color corrections and definitely a tastefully blurred background.

Bayesian Inference

Wed, 23 Jun 2021 22:39:44 +0200

updated 2021-07-14

“Bayesian Inference” – sounds fancy, eh? So non-frequentist, machine-learny, does it not? Anyway, I hadn’t really heard too much about it before, but had to invest some time understanding it in order to work on my BSc thesis (proposed title: Reconstructing Nuclear Fuel Cycles Using Bayesian Inference: a first implementation), and now I seem to see it everywhere.

But let’s start with the Bayes in Bayesian inference. If you are like me, then you’ve probably heard about Bayes’ theorem, which is usually presented in the form

The Auto Revuenon 55/1.4 Lens

Mon, 14 Jun 2021 11:07:03 +0200

Just recently I bought an Auto Revuenon 55mm (f/1.4) lens off of ebay. It came with an M42 screw mount, fitting an adapter that I’d already had. For less than €40, it didn’t take a lot of time to decide; and the fact that I confused it with the multi-coated 50mm f/1.4 lens, which actually appears to be quite a bit better, probably also helped. I had hoped that in comparison to my Zenit Helios 44-2, the larger aperture (1.4 vs 2.0, implying twice as much light!) would allow for photos taken in even darker conditions. And, of course, more bokeh. Because that’s what we all want, after all.

Linear "Machine Learning"

Sat, 12 Jun 2021 07:39:44 +0200

There is this meme floating around (you can google for it, and find many instances), that machine learning is just statistics (and sometimes even just a linear regression). While this is obviously simplifying how it is, the techniques to do either are similar: you can “learn” a linear regression, and a linear regression can look from the outside like a machine learning algorithm. (Provided a simple enough problem)

Personally, I’m more fascinated by fundamental techniques in machine learning. While deep learning is all fun and so on, going back to the roots is what really interests me. So I wanted to see how to easily implement a linear model using what can be described as “machine learning”.

Geohub

Sat, 22 May 2021 21:11:10 +0200

Geohub on Github

A couple months ago I finally realized an idea that I’d had for several years. Not a breakthrough idea, mind you, but something I thought would be nice to have, and that to me didn’t exist yet.

Specifically, I’d wanted a system for e.g. my phone to send location data to, which could then both be stored in a structured form and be available for later analysis, and also be available live for tracking applications. Thus, Geohub was born, which I (somewhat sarcastically) call a real-time geo data framework.

Light at Night

Sun, 16 May 2021 21:19:08 +0200

One of my favorite kind of scenes is nightly cities. Recently this has become a bit more difficult due to the nightly curfews – but as more people are becoming vaccinated, I hope to soon be able to take photos at night again.

The two most important elements in my mind are a stabilizer in your camera or lens, and a bright lens: f/1.8 is ok, f/1.4 is good. Then you don’t even need a tripod.

RWTH Wallpapers

Sat, 15 May 2021 23:48:25 +0200

The RWTH’s general student’s committee (AStA) put out a call for Zoom (video conference) background images, in order to “spice up” the online studies. I already had quite some images in the bank, so it was an easy decision to submit some of my favorite motives of Aachen. These are some of my submissions:

The flagship administrative building, called Super C.

Pariser Ring, near the modern Campus Melaten in the west of Aachen.

Diffraction

Sat, 15 May 2021 20:58:52 +0200

Inspired by drudging through optics material for a recent exam, I wanted to get a more intuitive feeling for diffraction phenomena, specifically diffraction of spherical waves through a plane aperture.

Setup

The most general still-understandable way of calculating diffraction of such a configuration is the Kirchhoff diffraction formula. We assume at least one point source in a distance $z_s$ from the screen at $z = 0$, which emits a wave

Technical Aspects of Nuclear Verification

Fri, 14 May 2021 19:45:07 +0200

As part of a seminar I recently took with Prof. Göttsche from the Nuclear Verification and Disarmament group at RWTH, I wrote a handout about the technical aspects of verifying nuclear arms treaties. It touches on satellite and aerial surveillance, radar, infrared, seismic, and acoustic methods, and how these different methods fit into the international arms control regime.

You can read the result here.

Majestic Sunrays

Fri, 14 May 2021 12:46:06 +0200

Aachen is – at least among locals – known for its brilliant sunsets and dramatic weather. Here, we see a dark cloud mixture pierced by bright rays of sunlight. No wonder people used to believe in angels!

Taken with Helios 44-2 through my slightly rained-on kitchen window.

Resume

Fri, 14 May 2021 12:22:17 +0200

Please contact me and I will gladly send you my CV in either English or German language!

About

Fri, 14 May 2021 08:15:25 +0200

Hi there! – I’m Lewin, owner of this little website. I’m living in Switzerland, working for Zurich Instruments on the software stack for quantum computing control systems. Fortunately, that is the best thing I can currently imagine working on, and I’m having great fun!

What came before

My career started right after high school, when I joined Google in Zürich (Switzerland) back in 2014, and worked for four years as Systems Engineer in Site Reliability Engineering (sre.google). There, I took care of Google Docs, Google Drive, and later, Borg – the global computing grid that all of Google runs on. Although it was my dream job, I left it in 2018 – to fulfill my long-held dream of studying physics.

Contact

Fri, 14 May 2021 08:15:25 +0200

Lewin Bormann

You can reach me by email at info - at - lewinb.net, or on Telegram at @lewinb. I have accounts on different platforms as well: