What if you could see the invisible?
QuantumAtom
01 / LIVE STUDY
A little closer to the invisible.
Two lobes / 2p z
Hydrogen orbital study · relative scale · blue / red = wavefunction phase
A small world by
Steeve
A little nudge can change everything. Try the dot.
I turn into things you can play with.
Try “what if?” above.
STUDENT DEVELOPER · CANADA · C++ & INTERACTIVE WORLDS
EVERYTHING HERE STARTED WITH ONE.
What if an idea had a shape?
That question became an atom.
Then a simulator. Then a whole world.
Ideas don’t move themselves.GIVE THIS ONE A NUDGE
What if one thing could be two things?
QubitCanvas
02 / LIVE STUDY
α|0⟩ + β|1⟩Drag to rotate
One qubit. Every possibility.
Initial state. Measurement probabilities: |0⟩ 100% / |1⟩ 0%
Try H, then S. Watch the state turn without changing its probabilities.
Build a circuit, inspect the state, and follow what changes. A quantum simulator and debugger written from scratch.
- C++20
- Quantum
- OpenGL
- Debugger
What if a single block became a world?
Bedrocked
03 / LIVE STUDY
SEED 001Drag to rotate
A world you can take apart.
SURFACE VIEW
A procedural voxel study inspired by the C++ engine.
A Minecraft-inspired voxel engine. Chunk rendering, a texture atlas, and a clean split between engine and application.
- C++
- OpenGL
- Voxel
- GLFW
What if a system could learn its way through?
AURA
04 / LIVE STUDY
PYTHON → JSON → C++Drag to rotate
Currently learning how to move.
PLANNING / LIVE
AURA · currently in development · deterministic goals, memory, and pathfinding.
An embodied agent in development: a Python brain plans and remembers while a C++ body senses, navigates, and acts.
- Python
- C++20
- OpenGL
- BFS
UNDER THE HOOD / YOUR TURN TO TINKER
Looks playful.
Thinks deeply.
One input. A chain reaction.
I care about what happens between a click and a response: who owns the state, what changes, and what gets drawn.
- C++20 / C++23
- CMake
- Architecture
01 / SYSTEMS IN MOTION
Go on. Set something in motion.
A FEW PAGES ABOUT THE PERSON.
Under the surface.
That’s my kind of place.
I’m a student developer in Canada. I build scientific visualizations, quantum simulators, and C++ engines because I like understanding how things work.
The architecture underneath. The small details you feel. I care about both.
A good question is usually where it starts.
THE NOTEBOOK STAYS OPEN
On the workbench.
Pick up a project.
A few questions turned into code.
A few more still waiting.
FIELD NOTE / 01C++
Scientific visualization
QuantumAtom
Interactive real-time 3D visualizer for hydrogen-like atomic orbitals using analytical wavefunctions, C++23, OpenGL, and ImGui.
- C++23
- OpenGL
- ImGui
- CMake
01 / 05: QuantumAtom
Pull a page. See what’s next.
THE NEXT GOOD QUESTIONCANADA · OPEN TO CONVERSATION
The next question could be yours.
Your turn. What if?
Find me on GitHubA SMALL WORLD. STILL GROWING.BACK TO THE BEGINNING