My name is Donald Wilson. You’ll also hear me called Donsol. I’m the founder of Omega Science, and my road here began on the shop floor.
I’ve spent roughly 25 years in machining and tool-and-die work, translating drawings and ideas into physical parts. My background includes manufacturing connected to aerospace, automotive, robotics, medical equipment, and military applications, with experience that includes Rolls-Royce and Gasoline Alley.
CAD/CAM, CNC mills and lathes, wire and sinker EDM, precision measurement—these tools teach you to connect imagination with material reality. Geometry, heat, vibration, and tolerances all have a say in the finished result.
A part can look right and still be wrong. You establish your reference, check your measurements, and listen to what the machine is telling you. That is the foundation I bring to Omega.
Learning the machine’s language
My inspirations reach from Albert Einstein to Nikola Tesla, with Tesla holding a special place in my imagination. I’m fascinated by people who can picture a possibility and work through the difficult details of making it real.
My favorite movie is Ford v Ferrari. What stays with me is its portrayal of Carroll Shelby and Ken Miles learning a machine through relentless attention: every hiccup, every rattle, every vibration, every response under braking and acceleration.
That speaks to the machinist in me. A change in pitch becomes information. A vibration becomes a question. You develop a feel for what is happening, then check that feeling against the measurements.
The moment when the revs climb and everything narrows into concentration captures that connection beautifully. Experience, attention, and the machine’s response come together.
The engineering that keeps me curious
The SR-71 Blackbird inspires that same wonder on another scale. Its J58 propulsion system adapted to extraordinary flight conditions through coordinated airflow management. The movable inlet spike helped control shock waves and compress incoming air. At high speed, compressor bleed routed some air around the remaining compressor stages, main combustor, and turbine to the afterburner. The turbojet core kept operating as those flow paths changed.
That coordination—geometry, pressure, combustion, and control—is what amazes me.
Explore the engineering: supersonic inlet design · compressor-bleed design.
Then there is the single-crystal turbine blade. Imagine controlling how molten metal solidifies so that one crystal grows through the blade. A carefully managed temperature gradient and withdrawal process can allow one crystal to emerge through a selector and continue into the casting. Eliminating grain boundaries helps resist the slow deformation called creep under heat and load.
The timing. The heat flow. The patience and precision required to control what happens inside the metal. That is the kind of engineering I want people to encounter here—and feel curious enough to explore.
Learn more: University of Cambridge: nickel-based superalloys and single-crystal blades. These are engineering inspirations, not claims that I designed these systems.
AI as a lens. Responsibility stays human.
Omega grew from a simple impulse: make the extraordinary understandable.
I work with AI collaboratively to explore questions, organize information, develop drafts, create illustrations, write code, and improve the reading and listening experience. Donsol is my public-facing name and the guide persona used in that experience.
I think of AI as a lens. It helps me examine ideas from different angles and turn a question into something people can read, hear, or interact with. Like any instrument, it needs calibration.
My CAD/CAM experience gives me a useful comparison. Software can help produce a toolpath, but the setup, material, clearances, and finished dimensions still need attention. With AI, fluent language still needs checking. A citation needs opening. A scientific claim needs comparison with what the source actually found. A simulation needs its assumptions explained.
That is the working standard I am building toward: use AI to make useful work possible, with human responsibility for what gets published. I am responsible for Omega’s editorial choices and for addressing mistakes. My manufacturing background shapes my perspective; it does not make me an expert in every scientific field.
Readers should be able to distinguish documented findings from interpretation, open questions, and creative speculation. Pieces such as The Arc have a clearly identified creative space. Scientific reporting earns trust through traceable evidence and correction.
A living almanac, one good question at a time
Omega began as a seed: make the extraordinary understandable. It is growing into a living science almanac—a garden of discoveries, explanations, experiments, and clearly marked imaginative paths. Sources are the roots. Understanding is the fruit.
Daily Science Signal brings new field notes. The Almanac keeps useful discoveries within reach. Discovery Lab is our workbench, and the imagination garden gives creative writing its own space.
Living means tended: people ask questions, sources get checked, corrections improve the work, and useful explanations stay on the shelves. It takes editorial care. The measure is what you leave able to understand, try, or ask.
I bring a machinist’s experience, an engineer’s curiosity, and a builder’s persistence to that work.
Welcome to Omega Science.
Wonder. Observe. Discover.