Research

I'm an engineer moving deliberately towards research. My strongest evidence is software built to research standards, not a publication record, and this page says so plainly.

Interests

  • Scientific software that stays honest

    Simulation pipelines where every output is traceable to a solver that actually ran and to cited data, and where missing data is refused rather than filled in. Quantum Foundry is my working example.

  • Device-level simulation for post-silicon and 3D-stacked transistors

    Coupling materials data, quantum transport, thermal and yield models to rank 2D-material and stacking choices (CFET, GAA, monolithic 3D) on performance and manufacturability together.

  • Reliable distributed and identity systems

    The infrastructure side of my professional work: identity federation, environment isolation, durable queues and delivery pipelines that stay correct when components fail.

Research software

Quantum Foundry

An open-source (Apache-2.0) multi-physics simulator for post-silicon and 3D-stacked transistors: a cited materials database, quantum transport (Kwant NEGF), multi-tier thermal models, Monte Carlo yield and Pareto search. Every result records which solver produced it; missing data is refused, not invented. Source: github.com/chance304/quantum-foundry.

How to cite

@software{tripathi_quantum_foundry_2026,
  author  = {Tripathi, Shobhit},
  title   = {Quantum Foundry: a multi-physics simulator for
             post-silicon and 3D-stacked semiconductor devices},
  version = {0.3.0},
  year    = {2026},
  url     = {https://github.com/chance304/quantum-foundry},
  license = {Apache-2.0}
}

The repository also ships a CITATION.cff file, which GitHub renders as “Cite this repository”.

Publications and training

  • “Energy Transmission Protocols for Wireless Sensor Networks: A Review.” International Journal of Engineering and Computer Science, October 2014.
  • IBM Qiskit Global Summer School (Quantum Computing).

Interested in working together on research? Get in touch.