"All the logic that's fit to compute."
Blake Burns Technologies Inc. is a start-up Canadian outfit working at the seam where mathematics, physics, and shipped software meet. The papers concern theoretical physics, sorting algorithms, and the architecture of trust. The products run on phones and on local hardware. The two halves talk to each other more than you'd think.
Blake Burns Technologies Inc. publishes papers and ships products. The two are not separate efforts — they are the same practice with different output formats.
The papers concern theoretical physics (Einstein's equation as a unity ratio, six-dimensional time, geometric mass variation), sorting and modeling algorithms (linear-time integer sort, binary feature spaces), and the architecture of trust (what it takes to make a computer hard to subvert).
The products are more concrete. A scientific calculator. A scripture reader. A local AI core. They are meant to be used, not admired — built so the questions raised in the papers can be answered, in part, by the things that ship.
What follows is the catalogue: three applications in active circulation, seventeen papers in the archive, a note from the founder, and a way to get in touch.
Software that gets used. Each app started with a question the papers couldn't answer alone, and ended with something that ships.
v1.1 iOS · Android
A scientific calculator that takes itself seriously.
Over 120 functions. Matrices, complex numbers, numerical calculus, and a freeform whiteboard. Switch between scientific, hex, binary, and octal without ceremony.
Open the appv1.0 Open source
A scripture reader for dark rooms and OLED screens.
True-black for OLED efficiency. Native support across twenty-four languages. A resumable database fetch that doesn't punish a poor connection.
Open the appPreview On-device
Intelligence that runs where you keep it.
An on-device intelligence core. Download the matrix to your hardware and compute without sending anything to a cloud you don't own.
Open the appTheoretical work, mostly. Some of it is physics — recasting Einstein's equation as a unity ratio, building a six-dimensional model of time, and asking what gravity does to mass when you look at it geometrically. Some of it is computation — a linear-time integer sort, a binary feature space for finance and games, and a long argument with the idea of trust.
The questions are the usual ones: what mass is, what time is, what counts as trust in a computer, and whether O(n) can be coaxed out of a problem that historically refuses it. The applications are smaller. A calculator, a reader, a local model. They are meant to be used.
If something here is useful, take it. If something is wrong, write — corrections are welcome and are taken seriously. The address is below.
Mass, energy, geometry.
Sorting, modeling, time.
Trust, hardware, limits.
Apps that ship.
Collaboration, consultation, corrections, or a note. The desk reads everything; replies follow when warranted.
[email protected]
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