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Ph.D. in Physics

• Advisor: Professor Richard Scalettar
• Thesis: A hybrid quantum Monte Carlo method for electron-phonon models

B.A. in Physics

Research Assistant Professor

• Department of Physics and Astronomy
• Located at IAMM (Institute for Advanced Materials and Manufacturing)

Postdoctoral Researcher

• Department of Physics and Astronomy
• Member of Professor Steve Johnston's research group.

Graduate Student Researcher

• Project: Langevin Methods for Quantum Electron-Phonon Simulations
• Mentored by Dr. Kipton Barros as part of UC-National Lab In-Residence Graduate Fellowship.

Graduate Student Researcher

• Graduate student researcher in Professor Richard Scalettar's research group. My work focused on the development and application of quantum Monte Carlo methods for simulating model Hamiltonians describing electron-phonon interactions.

Associate Data Scientist

• Member of R&D team developing detection and attribution algorithms for methane pipline leaks in urban areas. Responsibilities focused on data-driven algorithm and software development.

Scientific Software Research Faculty (SSRF) Award

• Project: User-friendly and extensible quantum Monte Carlo related tools for solving low-energy effective models
• Principal Investigator: Benjamin Cohen-Stead

UC-National Lab In-Residence Graduate Fellowship

• Project: Langevin Methods for Quantum Electron-Phonon Simulations
• Mentor: Dr. Kipton Barros

Aggregate leak indicator display systems and methods

• US Patent Number: 10962437
• Inventors: Anders Nottrott, Sean MacMullin, Sze M. Tan, Benjamin Cohen-Stead, Chris W. Rella

SmoQyDQMC.jl

• Software package performing determinant quantum Monte Carlo simulations for Hubbard and electron-phonon models.
• Registered Julia package.
• Documentation link.

SmoQySynthAC.jl

• Software package to generate synthetic noisy correlation data to resemble what might be generated by a quantum Monte Carlo simulation.
• Registered Julia package.
• Documentation link.

SmoQyHankelCorrCleaner.jl

• Software package for denoising imaginary-time correlation data using the Hankel projection method.
• Registered Julia package.
• Documentation link.

JDQMCFramework.jl

• A utility package exporting core routines needed to implement a deterimant quantum Monte Carlo code.
• Registered Julia package.
• Documentation link.

JDQMCMeasurements.jl

• A utility package exporting routines for making a variety of correlation measurements in a determinant quantum Monte Carlo simulation.
• Registered Julia package.
• Documentation link.

StableLinearAlgebra.jl

• A utility package exporting optimized numerical stablization routines required to implement a determinant quantum Monte Carlo code.
• Registered Julia package.
• Documentation link.

Checkerboard.jl

• A utility package exporting the checkerboard approximation for representing exponentiated kintetic energy matrices associated with tight-binding models.
• Registered Julia package.
• Documentation link.

LatticeUtilities.jl

• A lightweight utility package for representing arbitrary lattice geometries.
• Registered Julia package.
• Documentation link.

MuTuner.jl

• A utility package export the algorithm introduced in Phys. Rev. E 105, 045311 for dynamically tuning the chemical potential during a grand canonical Monte Carlo simulation in order to achieve a target particle density.
• Registered Julia package.
• Documentation link.