About

Date: Thursday, November 27, 2025, 09:00 AM-01:00 PM Pacific time

This introductory workshop is designed to equip STEM professionals with the knowledge and skills to explain high-level concepts in quantum computing. Participants will gain insights into the potential applications of quantum computing across various industries and explore the challenges associated with its adoption.

Description

Through this focused half-day online workshop, attendees will build a foundational understanding of quantum computing, enabling them to better understand its relevance and impact within their own fields.

Outline

• Introduction to Quantum Mechanics

  • Introduce the fundamental differences between classical and quantum mechanics, and lay the foundation for discussing quantum computing, including concepts such as entanglement and superposition

• Quantum Mechanics and Algorithms

  • Explore quantum computing through a combination of material learned in the previous module and general computer science background knowledge; introduce the notion of 'complexity' and how that relates to problems that are solvable with quantum computers

• Using Quantum Computers

  • Discover real-world applications of quantum computing across various industries, including early-stage use cases and developments in quantum cryptography. Gain high level insight into emerging roles and opportunities in the sector

Learning Objectives

By the end of this webinar, participants will be able to:

1. Describe key quantum computing concepts, applications, and areas of impact

2. Identify key fundamental concepts of quantum computing

3. Recall prominent quantum computing​ algorithms and their uses

Who Should Attend?

• Education/Experience: A Science, Technology, Engineering, or Mathematics (STEM) background with a minimum of a bachelor’s degree in a STEM discipline or equivalent professional experience.

• Interest/Experience: Interest in quantum technology or prior experience in fields such as AI, finance, cybersecurity, or physics.

• Mathematics Knowledge: A foundational understanding of university-level mathematics, particularly linear algebra, is required for optimal engagement with the material.

• Relevance: Deepen quantum knowledge, apply foundational concepts through collaborative activities, and elevate your quantum computing skills.

Instructor

Margie Christ, M.Sc

Quantum Algorithms Institute

Margie Christ is a quantum researcher based in Waterloo, Ontario, whose specialization is at the intersection of quantum physics and biological systems. Margie completed her Master's degree at the Institute for Quantum Computing at the University of Waterloo, where she worked under the supervision of Dr. Shohini Ghose and Dr. Rob Mann.

Currently, Margie works with the Centre for Women in Science (WinS) at Wilfrid Laurier University and the Quantum Biology Laboratory at Howard University, exploring the fundamental quantum processes underlying biological phenomena. Margie also serves as quantum advisor at the Quantum Algorithms Institute, where she contributes to a range of projects including curriculum development for QAI's slate of courses.

In January 2026, Margie will be starting a PhD in experimental biophysics at the University of Western Ontario, where she will continue to investigate how quantum mechanics shapes biological systems at the molecular level.

Beyond her research, Margie is passionate about making music, textile crafts, and spending quality time with her beloved cat, Gerry.