I'm Vivek – a 4th year UofT EngSci studying Engineering Physics. Outside Q-SITE, I also lead the UofT Quantum Computing Club (UTQC) and do quantum computing hardware research. If not quantum, you'll find me trail running some mountain, playing the trumpet in UofT's orchestras, or camping in the backcountry!

Moji is passionate about quantum information and much interested in quantum hardware architectures to build quantum computers. He is in his 5th year at UofT, specializing in Physics and minoring in Economics.

Hey folks! I'm Shaswata, a Physics and Computer Science student at UofT, currently on a Co-op year after my 3rd year of university. I'm interested in all things quantum, particularly Quantum Materials and Quantum Algorithms. I also enjoy dance, improv and badminton!

Hi, everyone! I’m a third-year student studying Physics and Philosophy, and quantum mechanics is an exemplar of the nexus between these two fields. I’m thrilled to delve more into this fascinating topic in my upcoming courses as well as at the Q-SITE conference! Hoping to see you all soon <3

Hello! My name is Sola and I am a fourth year physics & philosophy specialist at UofT. Outside of my studies, I enjoy cafe hopping and modern art museums. 2. Guilty habit/hobby? cake for breakfast 3. What's on your To-Do list? finish reading the three body problem 4. What's your favourite area of physics? particle physics

Hey! I'm Vlad and I'm a third-year EngSci in the EngPhys option. Aside from quantum computing, my interests are in mixed reality and machine learning.

Hello! I'm Radhika, a third year Engineering Science student, majoring in ECE at UofT. In my free time I like to dream about moving to Cantebury and listen to unhealthy amounts of Taylor Swift.

I am going into my final year of study in Engineering Physics and Society with a concurrent second major in English at McMaster University. I’ve been working in quantum tech for the last few years and can’t wait to show every Q-SITE attendee the wonders of the Canadian quantum industry!

Hey everyone 👋 I'm Kamal, a software developer by day and a quantum enthusiast by night. I enjoy watching and playing soccer, watching movies, and taking long strolls while sipping tea or indulging on ice-cream.

Hey everyone! I'm Krishna, a Computer Engineering major at UofT currently on my PEY at AMD. Beyond academics, I'm passionate about movies and sports—I enjoy playing cricket, soccer, badminton, table tennis, swimming, skating, foosball, pool, and squash. I'm also a professional speedcuber! Fun fact: I can solve a 3x3 Rubik's cube in just 10 seconds (and with my feet in 1:30 mins!)

Hey folks! I'm Aryan, a fourth-year physics student at UofT. I am broadly interested in quantum science and technology, but specifically hope to pursue research in quantum simulation or metrology. Outside of science, I like exploring new places and reading, watching, and thinking about science fiction stories and their worlds.

Hi all, I'm Michael, currently a third-year Electrical Engineering major at UofT. Outside of my studies, I love to skateboard, read, and enjoy the awesome Canadian outdoors!

Hey! I'm Hasnain, a second year physics spec at UofT. I love artistic hobbies like crafting and painting. I like volunteering and I'm passionate about making a positive impact through educational outreach.

Hello everyone, I'm Haneen, a third-year medical physics major at TMU. Outside of my studies I like to make art, tinker with electronics, bike, read and discover new and exciting quantum biology research!

I'm Arjun, a third-year physics and cognitive science major at UofT. My research goals are to study the underlying causes of quantum state changes and the hard problems of mind and matter. For hobbies, I enjoy reading, dissecting horror media, cooking, community service, video games, and discussing philosophy.

Hi everyone! I am a fourth year undergrad in math specialist and physics specialist, chemistry and physics specialist, along with a minor in computer science at the University of Toronto. My current research interest lies between experimental and theoretical physics in the field of quantum optics. Recently, I have been building a brand new atomic clock with my research group which will potentially define our new definition of a second in time. I am curious about the world in all aspects. Beyond academia, I love playing the piano (especially at Hart House), gyming, golfing, playing chess, reading sci-fi novels, going to rec room, and exploring different restaurants with my friends.

It's my second year studying physics at uoft. i enjoy working out and like working on qcomputing algos apart from school.

I'm Andrew, a second-year physics and mathematics student at the University of Toronto. In my free time, I enjoy tinkering, reading, and writing proofs.

Hello everyone! I'm Moksh, a third-year ECE at UofT. I love playing sports, and was a referee at the Special Olympics for Table Tennis. I work with EV chargers.

Hello! My name is Juliana and I am a third-year software engineering student at ÉTS. Recently, I have really enjoyed getting back into film photography and developing negatives.

I'm a member of UWaterloo's Alg-Comp Group and an incoming MMath at C&O. I'm fresh from an undergrad at UofT, in computer science and math. In my free time, I like making accessible notes about what I've been studying, reading sci-fi, and biking trails.

Hullo everyone! This is Mack, an aspiring software engineer, computer science specialist, and physics major at UofT. I am IBM certified as a Qiskit developer and have been involved extensively in hackathons as a hackathoner, mentor, and judge. My most recent achievements include building a Pennylane/Tensorflow/cuQuantum deep learning procedure for identify and classifying tungsten weld defects. Besides my studies, I enjoyed playing the piano, watching the Olympics, and learning a new culture!

Hi! I'm Yixin (Amanda) Yin, a rising senior at the University of Toronto. I’m passionate about hackathons, AI research, and developing innovative tech solutions. I enjoy paddle boarding and skateboarding in my free time!

Hey everyone! I'm Mark, a third-year computer science specialist at UofT. Outside of my studies, I love playing the guitar, working out, and late night gaming sessions.

Hello! I'm Sam, a first-year chemistry graduate student at UofT. This is my second year on the Q-SITE team and it is an honour to work with so many incredible people who are enthusiastic about all things quantum! During my free time, I like listening to music, thrift shopping, and trying new restaurants in Toronto.

Hello everyone! This is Rita, a 3rd year student in biological physics specialist. In my free time, I am learning chess, hoping to learn the basics of playing piano, reading novels of English literature, and often photographing the skies while commuting on the GO train.

Hey everyone, I'm Umi! I'll be heading into my third year at UofT, majoring in Physics and Statistics. I'm really into quantum software and how it ties into finance! When I'm not buried in books, I’m probably hitting the gym, baking, anime, or diving into random new hobbies. Can’t wait for you to vibe with our conference—it's gonna be awesome! :D

Hey there! I'm Nazifa, a 3rd year IRHR student. In my free time, I love playing football and have also designed a couple of stadiums in the past, for fun. When I'm not on the field, you'll find me cafe-hopping, on a mission to discover the best hazelnut latte in Toronto.

Hi! My name is Isabela, I'm a third year student completing a physics specialist at UofT. I enjoy reading, writing, painting, and engaging in science outreach. I am currently thinking of writing an introductory guide to Quantum Mechanics using Harry Potter magic, but have not started writing anything yet.

Hello, I’m Jo! :D I’m part of the marketing team at Q-SITE as a video editor! I work on the Quantum Walk Wednesday (QWW) videos and also put together promotional videos for the conference. In my free time, I’m a children’s coding tutor and I also draw my own webcomics!

Hi! I'm Emily, a 4th year student studying computer science and statistics. I'm interested in the applications of Quantum Computing. Outside of Q-SITE, some of my interests includes dance (fun fact: I used to be part of my high school's arts program for dance), working out, and looking at the latest fashion trends.

Hey! My name is Maria and I am a 3rd year engineering student at the University of Toronto. I enjoy skincare, listening to new music, and taking care of my cat: Onyx!

Hey everyone! I'm Sanskruti, a third-year materials engineering student at UofT. Outside of my studies, I absolutely love to sleep, travel, swim and have boba.

Remarks from Q-SITE Toronto Co-Chairs. Location: SS2102 (Sidney Smith Commons 2102)

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.

The Q-SITE Conference commences! Location: SS2102 (Sidney Smith Commons 2102)

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.

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.

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.

John Donohue is the Senior Manager of Scientific Outreach at the Institute for Quantum Computing (IQC), a research institute at the University of Waterloo. At IQC, he directs a variety of activities and events to help people engage with quantum technologies, including Quantum: The Pop-Up Exhibition, the Undergraduate School on Experimental Quantum Information Processing, the Quantum School for Young Students, and the Quantum for Educators workshop. His research background is in experimental quantum optics.

We resume with day 2 of the Q-SITE Conference. Coffee and snacks provided. Location: BA1130 (Bahen Centre for Information Technology 1130)

Join us in the lobby to attend this three-way event involving research poster exhibition and graduate school fair for quantum programs. Shortlisted open challenge teams will also have an opportunity to present their solutions during this time.

Opening remarks from a guest speaker, to be announced. Location: BA1130 (Bahen Centre for Information Technology 1130)

About the speaker: Christian Weedbrook is the CEO and Founder of Xanadu Quantum Technologies, a quantum technology company building fault-tolerant quantum computers using light based on our very own Toronto. Over the last 15 years, he has been at the forefront of bringing quantum technology to the world through his research and leadership in academia, government, and industry. Christian holds a PhD in Physics from the University of Queensland and held postdoc positions at MIT and the University of Toronto. Talk Title: The Quantum Data Center Abstract: Data centers are the foundation of our digital lives, working behind the scenes to power our digital interactions. These centers require an immense amount of compute power to function, and the demand for more compute power grows daily. Thankfully, there is a solution, and that solution is quantum. Join Xanadu Founder and CEO Christian Weedbrook for an introductory talk on photonic quantum computing and learn why the future of data centers is quantum.

Sarah Jenna is the Managing Director for QVStudio, a Quebec-based venture capital firm and accelerator devoted to the advancement of quantum technology. Operating out of Sherbrooke's DistriQ quantum innovation zone, QVStudio has been supporting the Canadian quantum industry since 2019. The firm supports pre-seed quantum startups through their 3-year incubator program, providing new founders with the mentorship, capital, and resources they need to succeed. Learn more about QVStudio at Sarah Jenna's talk and at their booth in the conference atrium!

About the Speaker: Cheng Chin is a Professor of Physics, James Franck institute and Enrico Fermi institute at the University of Chicago. He obtained his Ph.D. in Physics from Stanford University in 2001, and joined the University of Chicago in 2005 as a faculty member. His research covers Laser cooling and trapping, quantum gas, Feshbach resonance, Efimov physics, quantum simulation and quantum information. Talk Title: Quantum simulation with ultracold atoms: cosmology and super-chemistry Abstract: Laser cooling and trapping of atoms embarks an exploration into novel quantum phases and phenomena. New tools to precisely manipulate atoms have led to emulate complex systems in nature and reveal exotic quantum phenomena. I will outline in this talk the basics of quantum control, as well as quantum simulation relevant to cosmology and quantum chemistry. Finally I will introduce our new experiments to gain full control of individual atoms toward a scalable quantum simulation platform.

About the Speaker: Michael is a Principal Specialist for Quantum Computing in the High Performance Computing group at Amazon Web Services (AWS). In this role, he leads a global business development team and go to market activities for Amazon Braket, a fully-managed quantum computing service in the cloud. He was previously SVP for Applications at Rigetti Computing, a quantum computing hardware company based in Berkeley, California, and CEO of QxBranch, a quantum computing applications software company acquired by Rigetti in 2019. Michael has a background in systems engineering and risk analytics for aerospace applications. He holds a Bachelor of Engineering in Aerospace Avionics and an Executive Master of Business in Complex Project Management, both from the Queensland University of Technology in Brisbane, Australia.

Prominent leaders of quantum computing initiatives come together to discuss the future of QC, providing perspectives from government, industry and academia alike. Join us for this panel to gain key insights into the direction of this field. Moderator: John Donohue - Insitute for Quantum Computing (IQC) Panelists: Phil Kaye - National Research Council of Canada (NRC) Christian Weedbrook - Xanadu Sarah Jenna - QV Studio Location: BA1160 (Bahen Centre for Information Technology 1160) Bio: Christian Weedbrook is the CEO and Founder of Xanadu Quantum Technologies, a quantum technology company building fault-tolerant quantum computers using light. Over the last 15 years, he has been at the forefront of bringing quantum technology to the world through his research and leadership in academia, government, and industry. Christian holds a PhD in Physics from the University of Queensland and held postdoc positions at MIT and the University of Toronto. Phil Kaye graduated in the first PhD cohort from Waterloo’s Institute for Quantum Computing in 2007. From 2004 to 2018 he served in a variety of roles with the Government of Canada’s Communications Security Establishment, primarily as a trusted advisor on the impacts of quantum technologies. From 2004 to 2010, he was the Program Reporter for the Canadian Institute for Advanced Research’s Quantum Information Processing Program. In 2007, Phil co-authored a seminal textbook on quantum algorithms (“An Introduction to Quantum Computing”, Kaye, Laflamme, Mosca, 2007). From 2018 to 2020, he worked for D-Wave Systems as Program Director, Corporate Affairs. In 2019 he co-founded and chaired Quantum Industry Canada (QIC), a consortium representing over 24 Canadian quantum technology companies. Presently, Phil is leading NRC’s Applied Quantum Computing Challenge program. In his spare time, Phil pilots an airplane that he built in his garage, plays the guitar and composes music. Sarah Jenna is the Managing Director for QVStudio, a Quebec-based venture capital firm and accelerator devoted to the advancement of quantum technology. Operating out of Sherbrooke's DistriQ quantum innovation zone, QVStudio has been supporting the Canadian quantum industry since 2023. The firm supports pre-seed quantum startups through their 3-year incubator program, providing new founders with the mentorship, capital, and resources they need to succeed. Learn more about QVStudio at Sarah Jenna's talk and at their booth in the conference atrium!

Join the Q-SITE Committee and other attendees for a group photo to commemorate the third year of Q-SITE!

Talk Title: High-level quantum programming with Classiq Abstract: The evolution of quantum computing is accelerating, and with it comes the necessity for high-level quantum programming. This talk will delve into why high-level programming is crucial for scaling quantum applications, enabling developers to focus on solving complex problems without getting bogged down by the intricacies of low-level quantum gates and circuits. We will explore specific use cases where high-level quantum programming has dramatically influenced modern implementations, showcasing how this approach transforms industries and research. Through real-world examples, including implementations of exponential quantum advantage papers using Classiq's platform, attendees will gain insight into the power of automating quantum circuit design and optimization. Finally, we’ll highlight the benefits of being part of the vibrant Classiq community, where collaboration fosters innovation and accelerates the development of cutting-edge quantum applications. This session is a must for anyone looking to understand the impact and future of high-level quantum programming in today’s rapidly evolving quantum landscape.

About the Speaker: Dr. Leonenko is a Professor of Biophysics and holds a University Research Chair in the Department of Physics and Astronomy at the University of Waterloo, is the author of over 90 scientific publications and served as a President of Biophysical Society of Canada. She did her PhD in Chemical Physics (Russian Academy of Sciences). Since 2007 she leads the Nanoscale Biophysics group at the University of Waterloo. Current research interests include nanoscale biophysics, biomedical nanotechnology, scanning probe microscopy, molecular and quantum neuroscience. Talk Title: Effects of Li isotopes in neuronal function and quantum neuroscience Abstract: Quantum biology is an emerging field that explores the possibility that quantum effects (QE) such as coherence, entanglement, effects of electron and nuclear spin may be at play in biology. In addition to the highly researched topics of photosynthesis, magneto-reception and olfaction, it has recently been proposed that QE may be operational in the brain, opening a new research direction, quantum neuroscience. An interesting and puzzling hypothesis that a human brain may display aspects similar to a quantum computer has recently been proposed by M. Fisher (UCSB) which invokes the role of Li isotopes. In spite of exciting theoretical hypotheses, the direct experimental evidence of QE in neurons is lacking. In our work, we studied the role of two stable lithium (Li) isotopes to elicit Li isotope differentiation in neuronal activity.

Join us for a networking lunch sponsored by the Q-SITE Conference. For those involved in Q-SITE Hacks and are selected to present their Open Challenge projects, take this opportunity to refine your presentations.

An opportunity for the selected student researchers to present the outcomes of their research projects.

Affiliation: Academics in the Wild About the speaker: Aggie Branczyk is a physicist-turned-entrepreneur. After earning her PhD in quantum optics from the University of Queensland, she spent a decade in academia, first at the University of Toronto and then at Perimeter Institute. Her journey took a pivotal turn when she joined IBM Quantum, where she spent four years at the forefront of quantum computing innovation. Now, Aggie is building Aggie Branczyk Enterprises, a lifestyle business that combines her passion for emerging technology, workforce development, and career coaching for PhDs. She also leads Academics in the Wild, a community for physicists and mathematicians exploring careers outside academia. Talk Title: Careers in Quantum Tech Abstract: In this talk, I'll give an overview of career opportunities in quantum tech. I'll cover various research environments---including academia, government labs, corporate R&D, and startups---as well as non-research roles where a technical degree is advantageous, such as product management, outreach, and business development. I'll touch on aspects of the quantum tech ecosystem in Canada. I'll also share some practical advice on networking and effective job search strategies. My goal is to help students navigate and kickstart a career in quantum tech, and deep tech more broadly.

As we conclude Q-SITE 2024 with remarks from the conference chairs, we also recognize and honour the winners of the Q-SITE Hacks challenges.

Join us for a panel of seasoned experts of the quantum industry as they discuss the various grad and career opportunities in quantum physics and computer science. Moderator: Anna Dyring - Centre for Quantum Information and Quantum Control (CQIQC) Panelists: Aggie Branczyk, PhD - Academics in the Wild Daniel Nino, PhD - Xanadu Prof. Boris Braverman - University of Toronto Aimee Gunther, PhD - NRC Location: BA1160 (Bahen Centre for Information Technology 1160)

Bio: Lisa Lambert is the inaugural CEO of Quantum Industry Canada (QIC), the national consortium uniting quantum technology companies and allied organizations. Under her leadership, QIC is dedicated to unlocking the full potential of Canada’s quantum sector, striving to translate the country's quantum capabilities and strengths into business success and national prosperity. Lisa is driven by the belief that we’ve all got a part to play in shaping a bright future, with innovation as our pathway to progress. Throughout her career, Lisa has been a pioneer of collaborative innovation at the intersection of science, technology, and society. She has spearheaded trailblazing projects worldwide, working alongside leading minds and organizations to drive transformative change and create lasting impact. Topic name: Building Canada's Quantum Industry: How You Can Get Involved Canada is at the forefront of the quantum revolution, and you're invited to join the vanguard! Explore our nation's journey from groundbreaking research to a globally recognized industry ecosystem that is rapidly evolving. Lisa will share perspectives on the current state of Canada’s quantum industry and projections for its growth, offering insights into ways you can be part of shaping Canada's quantum future and defining the world's next technological frontier —whether you're into physics, engineering, or business.

We begin the final day of Q-SITE 2024 with coffee and light refreshments. Location: BA1130 (Bahen Centre for Information Technology 1130)

Title: Unlocking Opportunities in Quantum: Training and Career Resources from QAI Abstract: Explore how the Quantum Algorithms Institute (QAI) is making the quantum future accessible. Learn about QAI's mission to build quantum literacy, upskill professionals with quantum skillsets and apply quantum technologies to real-world problems. This session will highlight QAI’s comprehensive programs and opportunities to equip individuals and organizations with the skills and knowledge needed to thrive in the rapidly growing quantum industry. Discover how QAI can be your gateway to a successful career in quantum technologies. Bio: Margie Christ is a quantum researcher based in Waterloo, Ontario. She completed her Master's degree at the Institute for Quantum Computing at the University of Waterloo, under the supervision of Dr. Shohini Ghose and Dr. Robb Mann. Currently, Margie works with the Centre for Women in Science (WinS) at Wilfrid Laurier University and with the Quantum Algorithms Institute in BC. In her spare time, Margie enjoys making music, textile crafts, and hanging out with her beloved kitty, Gerry.

Talk Title: Industry Talk: The Era of Quantum Utility and IBM’s Quantum Roadmap About the speaker: Jane Dong is an IBM Quantum Ambassador and Canada Strategy Leader for IBM Consulting. Jane graduated from the University of Toronto specializing in Physics and Mathematics with high distinction. She completed her Master of Management of Innovation at the University of Toronto post-graduation. Outside of her Quantum Ambassador role, Jane is part of the IBM Canada Executive Leadership team performing a dual role as the strategy leader and advisor/Chief of Staff to the IBM Consulting Canada Managing Partner. In her role, she is responsible for providing strategic inputs on key business pillars like Delivery Excellence, Business Operations, Human Resources, Communications, Finance, Marketing, Global Real Estate, Legal, and Employee Engagement. Prior to her role as the Canada Strategy Leader, Jane worked as a Senior Management Consultant helping Canadian and Caribbean clients across multiple industries with complex IT implementations. She continues to serve as a trusted advisor for her clients. Abstract: Curious about how business value can be generated in the era of quantum utility? Join us to catch up on IBM's latest innovations in quantum hardware and software, as well as what we are doing to build a quantum future with our partners.

Title: Distributed Quantum Computing for Chemical Applications Brief biography: Grier M. Jones is a postdoctoral research fellow at the University of Toronto in the groups of Hans-Arno Jacobsen (Middleware Software Research Group), in the Edward S. Rogers Sr. Department of Electrical & Computer Engineering, and Ulrich Fekl (Fekl Group), in the Department of Chemical & Physical Sciences. He obtained his Ph.D. in physical chemistry at the University of Tennessee, Knoxville in 2023 and his B.S. in chemistry at the College of Charleston in 2018. His current work is at the intersection of computational chemistry, data science, and quantum computing.

We take an hour long break before resuming conference activities.

Affiliation: University of Alberta (UofA) Quantum Artificial Intelligence Researcher, Specializing in Statistical Machine Learning.

Affiliation: The University of British Columbia (UBC) I am a fourth year Electrical Engineering student interested in technologies that could make a better world. I also work with the UBC Quantum Club to promote quantum computing to further awareness of the technology to undergraduates in Metro Vancouver.

Affiliation: University of British Columbia I am a second-year UBC student (combined) majoring in Computer Science and Physics. I aspire to pursue research opportunities in quantum machine learning or quantum computing.

Affiliation: University of British Columbia (UBC) Second year computer science student at UBC

Affiliation: University of British Columbia

Affiliation: The University of British Columbia (UBC)

Affiliation: University of British Columbia (UBC) Third year Computer Science student with a passion for data science.

Affiliation: University of British Columbia

Affiliation: Simon Fraser University (SFU) Chemical Physics Undergraduate at SFU, with an interest in Nuclear Chemistry Research.

Affiliation: University of British Columbia (UBC) Third year student majoring in Honor's Physics at UBC. Passionate about superconductivity and silicon photonics research.

Affiliation: University of Alberta (U of A) Recent Computer Science graduate from UofA, specializing in AI and ML, with research experience in graph mining and LLMs. Passionate about quantum computing and astrophysics.

Affiliation: University of British Columbia Second year chemical biology student with a fascination in quantum technology.

Affiliation: Simon Fraser University (SFU) Hi! My name is Malcolm. I am currently in my last semester of my BSc majoring in Physics at SFU. My research focus is in stellar astrophysics, however I also love quantum mechanics and the concept of connecting relativity and quantum through quantum gravity.

Affiliation: The University of British Columbia (UBC) Neil is a 3rd year student at UBC pursuing an honours in physics and astronomy in the faculty of science, with the hope of pursuing academia and research opportunities.

Affiliation: The University of British Columbia (UBC) Fourth year science student at UBC focused on effective resource management and strategic financial planning.

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.

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.

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.

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.

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.

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."

Moji is passionate about quantum information and much interested in quantum hardware architectures to build quantum computers. He is in his 4th year at UofT, specializing in Physics and minoring in Economics.

My name is Vivek, an Engineering Science student specializing in Engineering Physics. I am currently on my PEY at Xanadu and also doing research in semiconductor quantum dots for spin-qubit quantum computing. Other than learning about all the different quantum hardware architectures, I love trail running and hiking, especially in the Canadian Rockies.

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Hello there. I'm Mayank Shenoy and I am in the fourth and final year of my astrophysics undergraduate degree. My research interest primarily lies in late stages of massive stellar evolution and death along with the quantum mechanical implications on high energy physics. I hope to dabble in the latter during this year and my future endeavours. If you see a big guy who looks like he has made his long hair his whole personality, come say hii and chat about sneakers, lifting, cooking or even research (since it is a conference XD).

I am IBM Qiskit certified. this section is obsolete

Hey, I’m Tyra! I’m an incoming third-year Electrical and Computer Engineering student. As I prefer hardware more than software, I want to learn more about quantum hardware and the intricacies inherent in constructing such technology. Outside of engineering, I like to cook different cuisines of food, read self-help books, play badminton, and go to concerts.

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Greetings! I'm Krishna, a 3rd-year Computer Engineering student with dual minors in AI and Business. I'm deeply passionate about all things software and AI. Exploring Quantum machine learning and supercomputers intrigues me, as I believe they hold the power to reshape our world. Beyond the tech realm, I'm a speedcuber (did you know I solve a 3x3 Rubik’s cube in 10 seconds?), and I enjoy engaging in sports like cricket, soccer, badminton, table tennis, swimming, dodgeball, pool, and foosball.

Hey! Emily here. I’m in my third year of undergrad studying statistics, computer science, and computational cognitive science. I’m interested in quantum algorithms and their application, as well as designing & developing aesthetically pleasing products (graphics, websites, etc.). In my free time, I enjoy taking dance and gymnastics classes, listening to music (specifically old pop, Kpop, and Jpop), and playing story-driven/tactical RPG games.

I’m a second-year student pursuing a specialist in computer science at the University of Toronto. As an aspiring software engineer, I'm interested in the vast potential in computing efficiency offered by quantum computers as opposed to existing supercomputers. In my free time, I enjoy playing the guitar, skating, watching K-dramas, and going restaurant-hunting in downtown Toronto!

Hi, everyone. My name is Michael. I’m entering my second year of Electrical Engineering. I am interested in superconducting QC and quantum machine learning. I like to play basketball, skateboard in downtown Toronto, and listen to RnB in my free time.

Hi everyone! I am a fourth year undergrad in math specialist and physics specialist program, along with a minor in computer science at the University of Toronto. My current research interest lies between experimental and theoretical physics in the field of quantum optics. Recently, I have been building a brand new atomic clock with my research group which will potentially define our new definition of a second in time. I am curious about the world in all aspects. Beyond academia, I love playing the piano (especially at Hart House), gyming, golfing, playing chess, reading sci-fi novels, going to rec room, and exploring different restaurants with my friends.

I am a fourth-year engineering science student specializing in Physics. As an engineer, I am fundamentally interested in getting a robust, scalable quantum processing platform to work - right now, my intuition says that solid-state spin systems may be the best candidate. Outside of Physics, I enjoy running and exploring Japanese Ramen shops in Toronto with friends.

I am a fourth-year computer science and maths specialist focusing on the theory of computation. I’m interested in quantum algorithms for Hamiltonian simulation, complexity theory (especially time- and query-complexity and probabilistic classes), and online algorithms. I love cycling, shogi, and underground manga and am interested in computational cognition and linguistics. I also like chatting about good Indian restaurants in Toronto.

I’m a third-year undergraduate student in the Mathematics and Physics Specialist Program at UofT. I’m interested in all things quantum, and I also love engaging in outreach/exposition from time to time (which is what brought me to this amazing conference!). I’ve previously worked in balloon astrophysics and dark matter phenomenology. When not doing physics (or thinking of doing physics), I like to go on runs, play soccer, or make jokes which are sometimes funny.

Heyo! I’m in my third year studying physics and computer science. I’m interested in experimental particle physics and the hardware of quantum computers. Over the summer, I worked with a tiny portion of the ATLAS ITk upgrade. In my free time, I’m either walking to Harbor Front or already there and reading some fantasy novel.

Hey guys, my name is Umi. I’ll be a second-year at UofT majoring in Physics and Statistics, interested in quantum software and finance applications. I enjoy training, baking, watching anime, and learning new things in my spare time! I hope you will enjoy our conference :D

Hi, I’m a 3rd year engineering physics major who enjoys quantum computing, deep learning and numerical methods. I also write on the QNews team and explore the latest discoveries in quantum computing (currently, I’m learning about superconducting and neutral atom devices). Outside of numbers, I enjoy running, biking and playing chess. See you all at Q-SITE!

Hello! My name is Margaret and I’m going into my 3rd year of Engineering Physics. This summer, I delved into quantum interferometry, dabbled in various quantum computing applications and explored the intersection of astrophysics and machine learning! Attending QSITE 2022 allowed me to discover my interest in quantum computing and technology so I am incredibly excited to be a part of QSITE this year! Outside of quantum, I love hiking, biking, fountain pens and collecting souvenir shot glasses from my travels. Here’s to a great conference!

Hi, I’m Sam! I am entering my first year of an MSc in Chemistry. I am interested in researching machine learning applications to chemistry. During my free time, I enjoy going on long walks, listening to music, trying new restaurants in Toronto, and attending quantum computing conferences!!! :)

Hello - I’m Shaswata, and I’m a third-year Physics and Computer Science student with a focus on machine learning. I’m interested in superconducting quantum computing and condensed matter physics, so feel free to reach out if you’re interested in those! I like reading fiction, playing RPGs and playing badminton. Let’s chat at Q-SITE!

Hello! I am a second-year Engineering Science student. I’m interested in learning more about Quantum Machine Learning and its applications. When I’m not rewatching shows on Netflix, I like to swim, read, listen to music, and paint.

Hi, everyone! I’m in my PEY co-op year for Mechanical Engineering, minoring in Robotics & Mechatronics. When I’m not spending all my money on concerts and Broadway, I love taking my cat on walks and bike rides.

Hi, everyone! I’m a second-year student studying Physics and Philosophy, and quantum mechanics is an exemplar of the nexus between these two fields. I’m thrilled to delve more into this fascinating topic in my upcoming courses as well as at the Q-SITE conference! I’m also very passionate about literature, so I read and write a lot during my free time.

Third-year engineering science student with a background in Aerospace Coating Technologies, Control Systems, Quantum Physics, Machine Learning, Artificial Intelligence, and Computer Vision. Deeply interested in the intersection of engineering processes, quantum phenomena, and AI-driven experimentations. Passionate about leveraging these insights to develop novel methods that accelerate scientific progress.

As a recent graduate with a Bachelor’s in Computer Engineering, I am passionate about developing software that makes a positive impact. I am also big on hackathons which led me to start my university’s first hackathon, and I have since worked with many student communities. Hoping to break into quantum computing one day!

Welcome! My name is Haneen, and I am a second-year Medical Physics major. I am highly intrigued by the applications of quantum sensors to the field of medical physics, such as quantum brain sensors and improved radiation therapy. My hobbies include robotics, art and biking.

Thomas Jennewein is a leading expert in quantum technologies, specializing in quantum circuits. In his keynote presentation, he will explore the latest advancements in quantum computing, focusing on the development and applications of quantum circuits in various fields such as cryptography, communication, and computation.

Talk Title: Quantum Computing Education and Career Pathways About the Speaker: Dr. Shahpoor Moradi serves as an Assistant Professor (Teaching Stream) in the Department of Physics and Astronomy at the University of Calgary, where he also holds the position of Director of the Professional Master of Quantum Computing program. He earned his PhD in geophysics, specializing in computational modeling and inversion, from the University of Calgary in 2017. Prior to taking on his current role, Dr. Moradi conducted postdoctoral research at Total Energies in Paris, focusing on quantum computation for oil and gas exploration. He also held a postdoctoral research position at the University of Calgary, collaborating on seismic data analysis using quantum and high-performance computing techniques. Residing in Alberta since 2013, he enjoys engaging in outdoor activities such as hiking, biking, and traveling. Abstract: In this presentation, we will explore the evolving landscape of Quantum Computing Education, focusing on the critical skills and knowledge that students need to succeed in this rapidly growing field. As the program director for a professional master's in Quantum Computing at University of Calgary, I will introduce our program's comprehensive curriculum, which includes courses in quantum software, applications of quantum computing, and the business aspects of the quantum computing industry. We will discuss the competencies required for students to effectively enter the quantum computing market and highlight the potential job opportunities available in this emerging sector. This talk aims to provide a clear understanding of how educational programs are preparing the next generation of quantum professionals to meet industry demands.

To Be Announced

Presented by Q-SITE Vancouver Co-Chairs.

Begin your conference experience with light refreshments. Network with fellow attendees and prepare for the insightful sessions ahead.

Connect with peers and explore innovative research during our engaging poster session.

Talk Title: An Overview of Quantum Image Processing About the Speaker: Dr. Boulanger has more than 40 years of experience in 3D computer vision, multi-modal medical imaging, and more recently in the applications of quantum computing to image processing. Dr. Boulanger has dual appointments as a professor at the University of Alberta Department of Computing Science and the Department of Radiology and Diagnostic Imaging. He holds both the position of Director of the Advanced Human-Computer Interface Laboratory and Scientific Director of the SERVIER Virtual Cardiac Centre. His main research topics are on the development of new techniques for medical image processing and patient-specific modeling using sensor fusion and quantum computing. His work has contributed to gain international recognition in this field, publishing more than 400 scientific papers and collaborating with numerous universities, research labs, and industrial companies across the world. Dr. Boulanger is a member of numerous international committees and frequently presents lectures on computational medicine and the application of quantum image processing. Abstract: Quantum Image Processing (QIMP) aims to overcome the shortcomings of classical computers and enhance the efficiency of classical algorithms by offering new methods for storing and manipulating images. The challenge of quantum computation lies in developing efficient quantum algorithms, which are very different from those used in classical computers. Despite the limitations of current quantum computer hardware, many algorithms have been developed to perform quantum image encoding, classify and segment images using quantum hybrid approaches, and reduce noise using quantum annealing. This presentation is intended to review the advancements in QIMP and its current state-of-the-art. The talk will be a high-level presentation, with live illustrations using remote access to Google Colab.

A Golden Hours event is delivered both in-person and simulcasted to the other Toronto/Vancouver venue. Talk Title: High-level quantum programming with Classiq Abstract: The evolution of quantum computing is accelerating, and with it comes the necessity for high-level quantum programming. This talk will delve into why high-level programming is crucial for scaling quantum applications, enabling developers to focus on solving complex problems without getting bogged down by the intricacies of low-level quantum gates and circuits. We will explore specific use cases where high-level quantum programming has dramatically influenced modern implementations, showcasing how this approach transforms industries and research. Through real-world examples, including implementations of exponential quantum advantage papers using Classiq's platform, attendees will gain insight into the power of automating quantum circuit design and optimization. Finally, we’ll highlight the benefits of being part of the vibrant Classiq community, where collaboration fosters innovation and accelerates the development of cutting-edge quantum applications. This session is a must for anyone looking to understand the impact and future of high-level quantum programming in today’s rapidly evolving quantum landscape.

Prominent leaders of quantum computing initiatives come together to discuss the future of QC, providing perspectives from government, industry and academia alike. Join us for this panel to gain key insights into the direction of this field. Moderator: John Donohue - Insitute for Quantum Computing (IQC) Panelists: Phil Kaye - National Research Council of Canada (NRC) Christian Weedbrook - Xanadu Sarah Jenna - QV Studio Bio: Christian Weedbrook is the CEO and Founder of Xanadu Quantum Technologies, a quantum technology company building fault-tolerant quantum computers using light. Over the last 15 years, he has been at the forefront of bringing quantum technology to the world through his research and leadership in academia, government, and industry. Christian holds a PhD in Physics from the University of Queensland and held postdoc positions at MIT and the University of Toronto. Phil Kaye graduated in the first PhD cohort from Waterloo’s Institute for Quantum Computing in 2007. From 2004 to 2018 he served in a variety of roles with the Government of Canada’s Communications Security Establishment, primarily as a trusted advisor on the impacts of quantum technologies. From 2004 to 2010, he was the Program Reporter for the Canadian Institute for Advanced Research’s Quantum Information Processing Program. In 2007, Phil co-authored a seminal textbook on quantum algorithms (“An Introduction to Quantum Computing”, Kaye, Laflamme, Mosca, 2007). From 2018 to 2020, he worked for D-Wave Systems as Program Director, Corporate Affairs. In 2019 he co-founded and chaired Quantum Industry Canada (QIC), a consortium representing over 24 Canadian quantum technology companies. Presently, Phil is leading NRC’s Applied Quantum Computing Challenge program. In his spare time, Phil pilots an airplane that he built in his garage, plays the guitar and composes music. Sarah Jenna is the Managing Director for QVStudio, a Quebec-based venture capital firm and accelerator devoted to the advancement of quantum technology. Operating out of Sherbrooke's DistriQ quantum innovation zone, QVStudio has been supporting the Canadian quantum industry since 2023. The firm supports pre-seed quantum startups through their 3-year incubator program, providing new founders with the mentorship, capital, and resources they need to succeed.

Talk Title: quanTA: Quantum Computing, Matter, Sensing, and Communication in Saskatchewan About the Speaker: Dr. Steven Rayan (he/him) is a mathematician and quantum scientist who has been based at the University of Saskatchewan (USask) since 2016. He earned his doctorate from the Mathematical Institute of the University of Oxford in 2011 and then held a postdoctoral research fellowship at the University of Toronto. In addition to his role as a Professor of Mathematics at USask, Dr. Rayan leads the Quantum Innovation Signature Area of Research and directs the Centre for Quantum Topology and Its Applications, also known as quanTA, which he founded in 2019. Utilizing perspectives from algebraic geometry, topology, and other parts of pure mathematics, Dr. Rayan has made advances in foundational and applied aspects of both quantum matter and quantum computing. His work in quantum materials has been highlighted in Scientific American twice in the past three years, and one of his recent papers in the area was recently a finalist for the prestigious Cozzarelli Prize of the US National Academy of Sciences, selected from over 3,200 papers published in 2022. His research has been generously funded by the Natural Sciences and Engineering Research Council of Canada (NSERC), the Tri-Agency New Frontiers in Research Fund (NFRF), the Canada Foundation for Innovation (CFI), PrairiesCan (through the Regional Innovation Ecosystem Program), and the Pacific Institute for the Mathematical Sciences (PIMS). Dr. Rayan represents the University of Saskatchewan in the Canada-France Quantum Alliance (CAFQA) and serves as the academic lead for a number of collaborations with companies in the quantum industry ecosystem both within Canada and beyond. Abstract: In this lightning talk, Dr. Steven Rayan will briefly highlight various threads of cutting-edge quantum research taking place at the Centre for Quantum Topology and Its Applications (quanTA), which has been based at the University of Saskatchewan since 2019. quanTA is a highly interdisciplinary center, involving mathematicians, physicists, chemists, computer scientists, and engineers collaborating on joint projects. There is something for everyone at quanTA, and Dr. Rayan hopes to spark interest in the opportunities available in Saskatoon.

Title Talk: Introduction to Quantum Chemistry for the Quantum Information Scientist About the Speaker: Thomas E. Baker holds a Tier 2 Canada Research Chair in Quantum Computing for Modelling of Molecules and Materials in the Department of Physics & Astronomy and also the Department of Chemistry at the University of Victoria. He is also an affiliate member of the Centre for Advanced Materials and Related Technologies (CAMTEC) at the University of Victoria. He has a broad background in density functional theory, quantum algorithms, quantum information, and entanglement renormalization methods. He is the lead-developer of the DMRjulia entanglement renormalization library and has written introductory materials for it. In 2021, he was a Fulbright U.S. Scholar at the University of York in the United Kingdom. From 2017-2020, Prof. Baker was the Prized Postdoctoral Scholar in Quantum Sciences and Technology at Institut quantique à l'Université de Sherbrooke. Prof. Baker is a member of the education committee for the NSERC CREATE program in Quantum Computing affiliated with Quantum BC. He is the Principal Investigator of the quantum photonics, algorithms, light-matter interactions for technology (QuALITy) collaboration at the University of Victoria. He remains committed to building a diverse research group capable of handling the multitude of challenges related to his wide research interests. Attention: The audience may be interested in CHEM 458/555: Statistical Thermodynamics at UVic in the winter term, is offered in a hybrid format, and is available to be taken for free through the Western Dean’s Agreement. This course will focus on the role of information theory in statistical physics and cover some advanced topics in quantum chemistry such as Chern numbers (conical intersections), symmetries of molecules (Jahn-Teller effects), and finite temperature theories.

Talk Title: "What does it look like to program a quantum computer?": an introduction to quantum software About the Speaker: Olivia Di Matteo is an Assistant Professor in the Electrical and Computer Engineering department at UBC and the Tier 2 Canada Research Chair in Quantum Software and Algorithms. She obtained her PhD at the University of Waterloo and Institute for Quantum Computing in 2019 in Physics (Quantum Information). Following her PhD she worked as a Quantum Information Science Associate at TRIUMF, and as a Quantum Computing Educator and Researcher at the Toronto-based quantum startup Xanadu. At UBC she leads the Quantum Software and Algorithms Research Lab, whose work focuses on designing and implementing open-source software for quantum compiler tools and physics applications. Abstract: Quantum computing has the potential to solve important real-world problems that are considered intractable for classical computers. To achieve this, we need tools to implement and test quantum algorithms in software, and methods to translate these algorithms for execution on quantum hardware. In this talk, I will give an overview of today's quantum software landscape and show what it looks like to write code that runs on a quantum computer. I will discuss the need for effective high-level abstractions, the critical role of quantum compilers, and the challenges of tracking down quantum bugs. Throughout, I will showcase work that the Quantum Software and Algorithms Research Lab is doing to make programming quantum computers more accessible.

A Golden Hours event is delivered both in-person and simulcasted to the other Toronto/Vancouver venue

An engaging session where students share their insights and ideas.

About the Speaker: Rahul Kumar is a Senior Manager at Accenture in the Data & AI space, with over 18 years of experience leading innovative, data-driven solutions. A thought leader in Data & Analytics, Rahul excels in leveraging data to tell compelling stories, driving AI-powered transformations across industries. He specializes in designing scalable data architectures, implementing data governance, and fostering a culture of continuous improvement. Rahul is passionate about helping clients navigate complex data landscapes and making bold decisions that align data strategy with business objectives.

Join us for the official group photo! Let's capture this memorable moment together with all attendees. Meet at at the venue for a group picture that commemorates our shared experience at the conference. Don't miss out!

About the Speaker: Dr Daniel Higginbottom is building quantum technologies with novel silicon qubits. He is an Assistant Professor in the Simon Fraser University Department of Physics, Director of Academic Research at the quantum computing company Photonic, and former Banting Research Fellow. His research has spanned quantum information with platforms including integrated photonics, optically trapped atoms, electrically trapped ions, and silicon spin qubits. Abstract: Distributed quantum processing over local optical networks is a route to fault-tolerant quantum computing at scale and practical quantum advantage. The performance of modular, networked quantum technologies will, however, be contingent upon the quality of their light-matter interconnects. Silicon colour centres offer optically-coupled spin qubit registers as the basis for quantum networks and distributed quantum computing. Silicon is an ideal platform for commercial quantum technologies: it unites advanced photonics and the microelectronics industry, as well as hosting long-lived spin qubits. The silicon T centre was recently discovered to combine direct telecommunications-band photonic emission, long-coherence electron and nuclear spins, and proven integration into industry-standard, CMOS-compatible, silicon-on-insulator (SOI) photonic chips at scale. In this talk I review the challenges of modular quantum computing, recent progress developing T centre processors, and present the first demonstration of entanglement between remote silicon quantum processors over an optical network.

Join us once again for a quantum-powered snack break before an electrifying Day 2 at Q-SITE!

To Be Announced

Rogerio De Sousa presents insights on the Quantum Consortium, exploring advancements and collaborative efforts in quantum technology.

Indulge in some snacks as we commence the final day of Q-SITE!

Talk Title: Quantum Jumps and Wave Function Collapse About the Speaker: Boris Blinov is a professor at the Physics Department, University of Washington. His research is in the area of experimental atomic physics and quantum information processing with trapped ions, including the first demonstrations of ion-photon entanglement, barium ion qubits, and high-fidelity qubit state detection. Abstract: Quantum jumps were first theorized in 1913 by Niels Bohr in his theory of the hydrogen atom, but it wasn’t’ until 1986 that they were observed experimentally by Hans Dehmelt’s group at University of Washington. In the experiment, the jumps manifested themselves as instantaneous transitions of a single trapped, laser-cooled ion from the “bright” state to the “dark” state as measured by a photon-counting detector. More recent observations of quantum jumps in artificial atoms built from superconducting circuits allowed the researchers at Yale to “catch” and “reverse” the jumps in an experiment that was enabled by the fact that nearly every single photon emitted by the superconducting qubit was detected. We plan to achieve a similar level of single photon detection from a single trapped ion using a novel ion trap that incorporates a deep parabolic mirror covering more than 95% of the solid angle around the ion. This will enable observation of the quantum jumps at the nanosecond time scale, limited only by the scattering rate of the laser light by the ion, in a system that is free from dissipation, with the possibility to track and control the dynamics of the wave function collapse.

Gain insights from experts as they compare careers in industry and academia in this engaging panel discussion.

A Golden Hours event is delivered both in-person and simulcasted to the other Toronto/Vancouver venue

Take a break to enjoy a hearty lunch and connect with fellow attendees.