Wade Lamberson

PhD Candidate in Physics • Quantum Simulation

Building high-performance quantum simulation software. As lead developer of new G4CMP capabilities, my ongoing research focuses on modeling and predicting qubit decoherence and noise for scalable, fault-tolerant quantum computers.

Wade Lamberson

About Me

I completed my Bachelor of Science at Harding University in 2023 with four majors: Software Development (Computer Science), Electrical Engineering, Mathematics, and Physics.

I’m currently pursuing my PhD in Physics at Texas A&M University (expected May 2028) in the Toback Research Group, where I lead development of new G4CMP capabilities for qubit decoherence modeling.

I’m seeking 2027 PhD research internships and full-time roles starting in 2028 in quantum simulation, GPU/HPC scientific computing, and quantum error correction, building software and tools that make quantum computers practical and scalable.

I love writing code that bridges physics and high-performance computing, especially simulations that help design better quantum hardware.

Research & Expertise

G4CMP Development

I am the lead developer of new capabilities in G4CMP, an open-source extension to the Geant4 toolkit that simulates phonon and charge transport in cryogenic semiconductor crystals.

This software is used worldwide for modeling low-temperature quantum devices and superconducting circuits. I work directly with the core development team on code enhancements and experimental validation.

PhD Thesis Focus

For my PhD I am extending G4CMP with new capabilities to detect and predict decoherence in qubits — one of the biggest challenges in building large-scale, fault-tolerant quantum computers.

Learn more about G4CMP

Selected Experience

NASA SCaN Intern – Q-STAR Lab

Quantum Space Telecommunications and Algorithms Research Lab, Goddard Space Flight Center

June – August 2023

Performed benchmarking tests on Amazon Braket, NASA’s newly acquired cloud-based quantum computing service. Contributed to quantum communications research as part of the SCaN Internship Program.

Intern, Prognostics

NASA Ames Research Center

Jun – Aug 2021

Developed and released v1.1.0 of NASA’s open-source prognostics Python package (prog_models), with 80 commits to the public repository. Awarded a Workforce Development Grant.

Talks

Aug 2026
G4CMP-515: Specular & Diffuse Charge Reflection at Surfaces

G4CMP Biweekly Technical Meeting • August 2026

Education

2028

Ph.D. in Physics • Texas A&M University

Toback Research Group • Expected graduation May 2028

2023

B.S. with Four Majors • Harding University

Software Development (Computer Science), Electrical Engineering, Mathematics, Physics

Technical Skills

Amazon Braket
Qiskit
Geant4 / G4CMP
High-Performance C++
Python • Quantum Simulation
Electrical Engineering Hardware Design
Parallel Computing (C++)
Git / GitHub

Let’s Work Together

I’m seeking 2027 PhD research internships and full-time roles from 2028 in quantum simulation, GPU/HPC scientific computing, and quantum error correction. Open to remote opportunities or relocation. I’m currently based in College Station, Texas while completing my PhD at Texas A&M University.

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