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PROGRAM
Schedule
The Q-SITE Conference commences!
Location: SS2102 (Sidney Smith Commons 2102)
Remarks from Q-SITE Toronto Co-Chairs.
Location: SS2102 (Sidney Smith Commons 2102)
About the Speaker:
Alán Aspuru-Guzik is a professor of Chemistry and Computer Science at the University of Toronto and is also the Canada 150 Research Chair in Theoretical Chemistry and a Canada CIFAR AI Chair at the Vector Institute. He is a CIFAR Lebovic Fellow co-directing the Accelerated Decarbonization program. Alán also holds a Google Industrial Research Chair in Quantum Computing. Alán is the director of the Acceleration Consortium, a University of Toronto-based strategic initiative that aims to gather researchers from industry, government, and academia around pre-competitive research topics related to the lab of the future.
Talk Title:
Quantum Algorithms: Reloaded
Abstract:
Quantum computing is at a fascinating time. Vendors are delivering quantum computers with larger capacities every year. The open challenge is finding algorithms for the current era of quantum computing. In this era, noisy devices limit the number of gates executed before the quantum computer loses coherence. Therefore, the design space for quantum algorithms that could be competitive with quantum computers is quite strict: One requires applications that can potentially be more efficient than computations carried out on classical devices, yet employ a short number of quantum gates. I'll present a new algorithm that my group is developing, in collaboration with NVIDIA, that employs machine learning and quantum computing to simulate chemical systems. This algorithm is intended to be part of a new generation of algorithms that harness the best of both worlds, and is a candidate for quantum computing advantage.
Talk Title:
Overview of NRC's Applied Quantum Computing Challenge Program
Abstract:
The Applied Quantum Computing Challenge program is a key initiative designed to cement Canada's role as a global leader in quantum computing by fostering collaboration between industry and academia. Aligned with the Government of Canada's National Quantum Strategy, the program focuses on driving scientific discovery by advancing quantum algorithms and simulations, developing enabling technologies for efficient quantum computing, and exploring foundational research on quantum models and architectures. This talk will provide insights into the program's goals, showcase it's impacts, and invite potential collaborators to join in shaping the future of quantum computing.
Talk Title: CQIQC and my evolution from reaction dynamics to quantum technologies
As the director of the Centre for Quantum Information and Quantum Control (CQIQC) at the University of Toronto, I will describe what we do at the Centre, focusing on opportunities for students.
To exemplify the interdisciplinary nature of quantum research, I will share my scientific development starting from studies of chemical dynamics in messy environments and continuing today with studies of noisy qubits and imperfect quantum sensing devices.
Bio
Dvira Segal is a Professor of Chemistry and Physics at the University of Toronto, and since 2021, has been the Director of the Centre for Quantum Information and Quantum Control (CQIQC) at the University of Toronto.
She received her Bachelor’s and Ph.D. in Chemistry from Tel Aviv University and pursued postdoctoral research at the Weizmann Institute of Science and Columbia University in New York. Segal's research focuses on developing theoretical methods for studying quantum dynamics in complex systems, addressing fundamental and practical problems in nanosystems and quantum-based technologies.
To conclude the first day of Q-SITE, we will spend two hours visiting various stations. Each lab lasts twenty minutes, separated by a ten minute interlude. Perimeter Institute fellows and graduate students will be stationed on each station, providing scientific and technological goals, quantum platforms, experimental process, quotidian work, and Q&A.
Please sign up for the lab tours. Each student will get four labs to visit.
General
Q-SITE 2024 is a conference created by students, for students. Specifically, we aim to address undergraduates and early graduates who are either (1) new to the field of quantum technologies or (2) interested in pursuing an aspect of the field different from their current profession. As a result of this conference, attendees will get the opportunity to become aware of the breadth of interdisciplinary fields quantum technologies have to offer. We strive to empower attendees to confidently choose a path or subfield that they want to pursue further.
Absolutely not. The Q-SITE program is specifically designed to jumpstart attendees’ quantum curiosity and careers – from the ground up. The first talk will be an introductory talk on the basics of quantum computing and relevant technologies. This event aims to catch everyone up to speed with the foundational concepts needed to engage in the rest of the conference.
Both experiences will be able to engage and win prizes in Q-SITE Hacks 2024 provided by key sponsor companies and view golden hour talks streamed between the two conference locations. However, attendees joining us in-person can engage in even more exciting activities. These include the quantum research lab tours on Friday, snacks and a networking lunch, graduate fair, student poster session, and student talks! The conference lasts for a half-day on Friday and full-day on Saturday and Sunday; online attendees will be streamed only the full-day Saturday and Sunday talks. We highly recommend attending in person to make the most of the platform's opportunities."
Q-SITE Hacks is a week-long hackathon with challenges coming straight from industry leaders. This year, we are grateful to have Classiq, Xanadu, IBM, Haiqu, qBraid, and AWS! The hackathon begins with a series of workshops on September 20th given by each challenge provider. Starting early-September, all attendees will be given access to the Q-SITE 2024 Discord server. This is a place where students can find teammates.
Before the challenges are released, all teams must register via a Google Form (one submission per team). GitHub instructions on how to access challenges and submit responses will be provided. The hackathon deadline will be Saturday, September 28th @ 10 AM EST / 7 AM PDT. Winners and awards will be declared during the Sunday closing ceremony.
Having a strong peer group can significantly aid one's academic and professional journey. However, it is not always easy to find connections in the real world. The Entanglement project helps you find like-minded attendees using the power of machine learning to boost your network! You can then connect, befriend, and participate in the conference together. To join the Entanglement project, simply follow the instructions on the [registration page](hyperlink to eventbrite page when it is published) and answer the included questions.
The student poster and talk sessions provide a platform for undergraduate and graduate students to present their quantum research work in a conference setting. This is the perfect opportunity for student researchers to showcase student contributions and endeavours in quantum information, science, and technology, and even make a lasting impression on attendees from the industry and other research labs.
