# Our Team

## Faculty

### Martin J. Savage

*Professor of Physics
PI: InQubator for Quantum Simulation
*

mjs5@uw.edu

Quantum Simulations of Lattice field theories for nuclear physics

Lattice Gauge Theory for nuclear physics

Effective Field Theory for nuclear physics

Entanglement in many-body systems and strong interactions

### Fabio Anza

*Research Assistant Professor*

fanza@uw.edu

Quantum Thermodynamics

Entanglement

Quantum Information

### Silas R. Beane

*Professor of Physics
Co-PI: InQubator for Quantum Simulation
*

silas@uw.edu

Entanglement in Few-Body Systems

Geometric Quantum Mechanics

Lattice Gauge Theory for Nuclear Physics

Effective Field Theory for Nuclear and Atomic Physics

### David B. Kaplan

*Senior Fellow in the Institute for Nuclear Theory
Professor of Physics
Co-PI: InQubator for Quantum Simulation
*

dbkaplan@uw.edu | (206) 685-3546

Entanglement and Symmetries

Lattice gauge field theory for classical computing and quantum devices

### Kenneth Roche

*Affiliate Associate Professor
Staff Scientist @ PNNL*

k8r@uw.edu

High Performance Computing

Quantum Monte Carlo

Fundamentals of Computing

Quantum many-body simulations

## Postdoctoral Fellows

### Stephan Caspar

*FermiLab Quantized Postdoctoral Fellow
*

caspar@uw.edu | (206)685-9723

Bose-Einstein condensation

Chern-Simons-Yang-Mills lattice models

### Marc Illa Subina

*QSC Postdoctoral Fellow*

marcilla@uw.edu

Quantum Simulations of the Standard Model

Lattice Gauge Theories

Low-energy nuclear physics with lattice QCD

### Hersh Singh

*FermiLab Quantized Postdoctoral Fellow
*

hershsg@uw.edu

Spin Systems

Quantum Algorithms

Quantum Computing

### Francesco Turro

*Postdoctoral Fellow*

Quantum Simulation of few-nucleon systems

SRF-cavity quantum simulations

Classical preparation of time-evolution operators

## Visitors

### Francesco Pederiva

*Professor of Physics at the University of Trento,
and Director of TIFPA*

Quantum Monte Carlo

Quantum many-body systems

Nuclei and reactions

Quantum Simulations of strongly-correlated systems

Simulations and predictions for Corona-Virus propagation

### Sarah Powell

*Visitor*

Quantum simulation of quantum field theories

### Caroline Robin

*Professor in the Fakultät für Physik
Universität Bielefeld*

Entanglement in Nuclear Structure

Quantum simulation of light nuclei

## Students

### Ramya Bhaskar

*PhD student*

Simulation of Quantum Spin Systems and Field Theories

### Ivan Chernyshev

*PhD student*

Quantum Simulation

VQE for QCD Hamiltonian

### Anthony Ciavarella

*PhD Student*

Quantum Simulation of Field Theories

### Peter Ehlers

*PhD Student*

Entanglement in QFT

### Roland Farrell

*PhD Student*

Entanglement in QFT

### Henry Froland

*PhD student*

Entanglement in quantum field theory

### Jeremy Hartse

*PhD student*

Quantum Information

### Zhiyao Li

*PhD Student*

Quantum Information

### Abhishek Rajput

*PhD student*

Quantum Simulation of field theories

### Nikita Zemlevskiy

*PhD student*

Quantum Information

## Administration

### Katie Hennessey

*IQuS Administrator*

kgh@uw.edu

## Affiliates

### Boris Blinov

*Professor of Physics*

blinov@uw.edu

Trapped ion quantum computing and simulation

### Liudmila Zhukas

*Postdoctoral Fellow, Duke University*

lzhukas@uw.edu

Trapped Ion quantum computing

Quantum Simulation

## Alumni

### Natalie Klco

*Burke Postdoctoral Fellow at Caltech*

### Alessandro Roggero

*Assistant Professor of Physics, University of Trento*

Quantum Simulation of inelastic nuclear processes

Neutrinos in dense matter

Quantum Computing and Algorithms

Quantum Monte Carlo

Effective Field Theory

### Jesse Stryker

*Postdoctoral Fellow at the University of Maryland*