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Vector Institute for Artificial Intelligence

Mohamad Moosavi: Accelerating the search for climate solutions with AI A strategic blueprint for safe health AI implementation: Your 2026 roadmap Vector Institute awards 100 scholarships to Ontario’s top AI graduate students Agentic AI evaluation strategies Hassan Ashtiani: Building trustworthy AI through mathematical foundations Vector researchers advance representation learning and deep learning research at ICLR 2026 Remarkable 2026 Poster Session: 60 research projects shaping AI’s future CRISPNAM-FG: An interpretable Fine-Gray deep survival model for competing risks in health care Demo Day: How the Vector Institute helps Canadian startups turn innovative ideas into commercial reality The New Cartography of the Invisible Vector researchers advance AI frontiers with 80 papers at NeurIPS 2025 New study reveals AI’s $100B economic impact across Canada, with Ontario leading the charge When smart AI gets too smart: Key insights from Vector’s 2025 ML Security & Privacy Workshop Vector Institute names 13 new Faculty Members, expanding core research leadership across Ontario Vector researchers dive into deep learning at ICLR 2025 When AI Meets Human Matters: Evaluating Multimodal Models Through a Human-Centred Lens – Introducing HumaniBench Vector Institute 2024-25 annual report: Where AI research meets real-world impact Vector researchers tackle real-world AI challenges at ICML 2025 Ontario’s AI ecosystem: fueling real economic growth with record number of jobs and private investments Transforming Youth Mental Health Support: FAIIR’s AI-Powered Crisis Response Model Vector Institute awards up to $2.1 million in scholarships to Ontario’s top AI graduate students AI Weather Forecasting Breakthrough: How Canadian Innovation is Transforming Climate Prediction | Aardvark Weather Exploring Intelligence: Vector Faculty Member Kelsey Allen’s Path from Particle Physics to Cognitive Machine Learning Vector Institute Announces the Appointment of Glenda Crisp as President and CEO Vector Institute Unveils Comprehensive Evaluation of Leading AI Models State of Evaluation Study: Vector Institute Unlocks New Transparency in Benchmarking Global AI Models Real World Multi-Agent Reinforcement Learning – Latest Developments and Applications Principles in Action: Introducing the Vector Institute’s Playbook for Responsible AI Product Development Leveraging Large Language Models for More Efficient Systematic Reviews in Medicine and Beyond Global AI Alliance for Climate Action funding announcement
Quantum tech startup yiyaniQ is Vector’s first spin-out c...
Ian Gormely · 2021-11-23 · via Vector Institute for Artificial Intelligence

Nov 22, 2021

By Ian Gormely

A start-up cofounded by Vector Institute postgraduate affiliate Estelle Inack is the first company to be spun-out from Vector. yiyaniQ, uses a neural network to get faster and more accurate derivative pricing calculations, one of finance’s most difficult problems.

The quantum technology company was born out of Inack’s research, which sits at the intersection of quantum physics and AI. Though she lacked significant business experience, “I am very motivated to prove the statements that some of us academics make in the conclusions of our articles, that the techniques we are developing could solve real world problems.”

She and her co-authors, Vector graduate students Mohamed Hibat-Allah and Roeland Wiersema, Vector Faculty Affiliate Roger G. Melko, and Vector Faculty Member Juan Carrasquilla, showcased the neural network they developed in a paper recently published by Nature Machine Intelligence. It details how they were able to simulate both thermal and quantum annealing – a process that can help pick the best solution when problems are complex, and many solutions are possible – simultaneously.

After patenting the technology with help and advice from Vector’s Commercialization team Inack, who is also the Francis Kofi Allotey Fellow at Perimeter Institute, where she works as part of the Perimeter Institute Quantum Intelligence Lab, was faced with a choice: license it to a third party or commercialize it herself. Explaining why she chose the latter, she says “I felt that I had a better grasp of the model’s capabilities.” The company’s name reflects the personal connection to its co-founder. It comes from Basa’a, a local language used in her native Cameroon. “Yi means intelligence, and yaani means tomorrow,” she says. “The Q is for quantum, of course.”

To make up for her relative lack of business experience, Inack brought on Behnam Javanparast, a physicist with experience in the financial industry, as co-founder and CEO. They met at the Creative Destruction Lab (CDL) in July where Inack was participating in an accelerator program. “We had a few initial chats about hard problems in capital markets derivative trading and how we might be able to speed up and gain accuracy using AI and quantum technologies,” says Javanparast. “We started working on initial algorithms to tackle toy problems right away.

They credit Vector for support and advice throughout the journey from research to reality.

“Having access to Vector’s compute resources for the project was crucial,” says Inack. Through Vector’s commercialization team they were able to gain access to educational resources around intellectual property and commercialization, and contacts at incubators including NextAI, Entrepreneur First and CDL. “Right now, they are helping us with introductions to some financial institutions which is essential for us.”

“It’s been great to have Vector as yiyaniQ’s partner,” adds Javanparast. “We’re looking forward to future collaborations.”

Inack and Javanparast haven’t decided whether to take the company’s services deeper into finance or broaden yiyaniQ’s scope into other industries. Finding the most energy efficient way of folding a protein, the best schedule for power generation, or the most efficient layout for an integrated circuit are all optimization questions. As yiyaniQ’s only employees (Vector Faculty Member Carrasquilla, who is also a Perimeter Visiting Fellow, is an adviser), they have limited capacity. “We’re testing both our market hypothesis and our technological hypothesis,” says Inack. “We are conducting this research to validate the commercial need for this. It’s a busy time, but it’s great.”