Building at the boundary between mathematical structure and physical reality.
I am a frozen meat popsicle pattern embedded within the 4D spacetime manifold that attempted to abstract itself into an outside observer—a move that immediately triggered Lean 4 compiler meltdown:
error: unsolved goals / failed to synthesize instance for 'PrivilegedPresent'.
By day, I braid non-Abelian Majorana zero modes across topological substrates to trick quantum hardware into remaining coherent. By night, I whisper pure formal logic into the void until the statevectors collapse out of sheer anxiety.
⚠️ WARNING: If you observe me altering statevectors, please do not measure me. It ruins the superposition.
I am perpetually bothered by the fact that I might be splitting the entire universe into parallel timelines every single time I measure my qubits. Did I just spawn a clone of myself in another world who finally got this code to compile on the first try? I’ll never know.
In a desperate attempt to resolve my quantum existential crisis (or at least quantify it), I built a whole project around it: Check out my little demo to see if we're living in a Many-Worlds simulation or if collapse is just playing tricks on us.
🔭 Transpilation Grid: rexrowan.github.io/QPortfolio
⚡ Quantum Directives: pip install -e .[dev] into the fabric of reality
☄️ Pro-Tip: If your statevector isn't norm-preserving, check for rogue phase shifts or cosmic ray interference.
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[STATUS]: All system SWAPs semantics-preserving.
[DECOHERENCE]: Imminent, but stylish.
[BELL PAIR]: Entangled across dimensions.
Note: "Interpreting the above requires a local frame of reference. If you felt a slight existential dread while reading, congratulations: you are currently entangling with the document. Please do not collapse the wavefunction until you’ve pushed to main."