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“Integrators are difficult to keep; they carry an invaluable entire stack.” Dela
:atom:
“Integrators are difficult to keep; they carry an invaluable entire stack.” Dela
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Achievements

Achievement: Pair ExtraordinaireAchievement: QuickdrawAchievement: Pull Shark

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DennisWayo/README.md

Quantum Error Correction • Photonic/CV Simulation • Quantum Architecture • Open-Source Research Software

Animated quantum error correction syndrome lattice

I am a quantum error correction and quantum software researcher building infrastructure for fault-tolerant, photonic, and hybrid quantum architectures. My work focuses on decoder benchmarking, architecture-level simulation, reproducible scientific computing, and hardware-to-decoder workflows.

I am currently developing LiDMaS+, a C++/Rust logical-decoder benchmarking engine for replay-driven QEC studies, decoder comparability, syndrome diagnostics, and reproducible threshold-style workflows. I also build SchroSIM, a hardware-agnostic photonic quantum simulator for continuous-variable circuits, Gaussian/non-Gaussian simulation paths, and GKP-oriented architecture studies.

Focus: quantum error correction, decoder benchmarking, photonic/CV simulation, GKP–Surface codes, tensor-network methods, scientific computing, and compiler-aware quantum architecture modeling


  • Mentor: IBM Quantum — QAMP & QGSS
  • Active in: PennyLane, Qiskit, Mitiq, Qibolab, and Unitary Foundation initiatives
  • Founder & PI: Gottesman Software
  • Reach me: dwayo3@gatech.edu
DennisWayo profile views

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  1. Gottesman-Software/SchroSIM Gottesman-Software/SchroSIM Public

    SchroSIM is an open-source continuous-variable photonic quantum simulation stack in Swift, Rust, and Python for designing, compiling, and simulating Gaussian and selected non-Gaussian circuits, wit…

    Swift 3

  2. Gottesman-Software/lidmas_cpp Gottesman-Software/lidmas_cpp Public

    LiDMaS+ is a quantum error correction research engine designed to evaluate decoding strategies at the architectural level.

    C++

  3. Gottesman-Software/photon-qdrivers Gottesman-Software/photon-qdrivers Public

    An open-source universal driver layer for photonic quantum workloads: one Python API for emulators, native runtime paths, FPGA firmware, and hardware vendor adapters.

    Python

  4. sbup3-ultrafast sbup3-ultrafast Public

    A coupled Semiconductor Bloch–UPPE platform for multiscale ultrafast laser–matter simulations.

    Python 1

  5. matmod matmod Public

    An Ecosystem for Photonic Material Modeling & Quantum Machine Leaning

    Python

  6. bosonicflow-gkp bosonicflow-gkp Public

    A conceptual, documentation-focused exploration of GKP-based photonic quantum error correction within the PennyLane software abstraction model

    Python 2