# Quantum Computing Seminar

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## Quantum Computing Seminar

Unless noted otherwise, talks will be on Mondays from 12:30pm - 1:30pm in Exploratory Hall, room 4106.

Organizers: Weiwen Jiang, Michael Jarret, Fei Li and Maria Emelianenko.

## Fall 2023

Dear colleagues and students,

I wanted to pass along information regarding Quantum Computing seminar that will be resuming operations starting Monday Sept. 18. It will be held on **Mondays 12:30-1:30pm in EXPL 4106 this semester.**

Led by Prof. Fei Li (CS) in collaboration with myself and colleagues from QSEC, the seminar (in working group format) this semester will focus on going over the lecture notes on QC by Andrew Childs (UMD). Target audience are graduate students interested in learning quantum, as well as faculty who want to get an intuition of how quantum computing connects to familiar mathematical concepts. I wanted to stress that this semester the material will be very mathematical (relying mostly on linear algebra) and it is a good opportunity to jump on board.

Here are the preliminary notes you can review to get an idea on what to expect. The organizers will adjust the pace/level to the audience, so if you have interest in this topic you are welcome to attend. Please spread the word!

Maria Emelianenko

## Past Seminars

### Spring 2023

**February 20**

Atomically Precise Nanochemistry and Quantum Computing: Where are we headed?

Andre Clayborne, GMU

**February 27**

Some Matrix Problems and Results in Quantum Information Science

Chi-Kwong Li, William & Mary

**March 6**

Unlocking the Potential of Quantum Machine Learning with IBM Qiskit and INA Solutions

Suresh Nair & Tim Akers, INA Solutions

**March 20**

Quantum Algorithms for Computing Betti Numbers

Will Maxwell, Naval Surface Warfare Center - Dahlgren

**April 3**

Jake Bringewatt, University of Maryland

**April 10**

Quantum-inspired matrix arithmetic framework for dequantizing quantum machine learning

Nai-Hui Chia, Rice University

**April 17**

Quantum error correction schemes for channels with fully correlated noise

Chi-Kwong Li, William & Mary

**April 24**

Quantum Speedups of Continuous Sampling and Optimization Problems

Ruizhe Zhang, University of Texas at Austin

**May 1**

Isospectral Reductions and Quantum State Transfer

Mark Kempton, Brigham Young University

### Fall 2022

**September 12**

Enabling robust quantum computer system by understanding errors from NISQ machines

Qiang Guan, Kent State University

**September 26**

The stability of solutions to Schrodinger's equation short of the adiabatic limit

Michael Jarret, GMU

**October 3**

Candidate for a passively-protected quantum memory in two dimensions

Alexey Gorshkov, NIST

**October 11 (note: Tuesday)**

Over 2X Circuit Compression without Accuracy Loss for Quantum Machine Learning

Dr. Weiwen Jiang, Assistant Professor, Electrical and Computer Engineering, George Mason University

**October 17 (Zoom)**

Deep Learning Models with Quantum State Fidelity and Beyond

Ying Mao, Fordham University

**October 24 (Zoom)**

Enabling Deeper Quantum Compiler Optimizations at High Level

Gushu Li, University of Pennsylvania

**October 31 (Zoom)**

Quantum Information Science and Engineering: Beating the Classical Limits with Entanglement

Zheshen Zhang, University of Michigan

**November 7 (In-person and Zoom)**

Compiling Quantum Circuits for Lattice Theories

Michael Cervia, George Washington University

**November 14 (In-person and Zoom)**

Konstantina Trivisa, University of Maryland

**November 21 - Thanksgiving break**

**November 28 (In-person)**

Andre Clayborne, GMU

### Spring 2022

**February 7**

Quantum linear system solvers based on continuous and discrete adiabatic quantum computing

Dong An, University of Maryland

**February 14**

Simulating Hamiltonian dynamics on a quantum computer using the off-diagonal series expansion

Itay Hen, Information Sciences Institute and University of Southern California

**February 21**

The Role of Entanglement for Function Estimation with Quantum Sensor Networks

Jacob Bringewatt, University of Maryland

**February 28**

Catalytic Embeddings: From Gate Teleportation to Circuit Synthesis

Andrew Glaudell, Booz Allen / George Mason University

**March 21**

A Quantum Advantage for a Natural Streaming Problem

John Kallaugher, Sandia National Laboratories

**April 4 **

Jiayu Zhang, Caltech

**April 18**

Connor Mooney, George Mason University

**April 25**

Quantum Earth Mover's Distance: A New Approach to Learning Quantum Data

Milad Marvian, New Mexico

**May 2 **

Ce Jin, MIT