Redwood AI Corp. Announces Research Project with UBC and Quantum Algorithms Institute

Vancouver, Canada — March 26, 2026 — Leads & Copy — Redwood AI Corp. (CSE: AIRX) is launching a Mitacs Accelerate-supported research project with the University of British Columbia (UBC), in collaboration with the Quantum Algorithms Institute (QAI). Redwood AI and QAI are co-partnering on the project, set to begin in April 2026.

This research project aims to integrate emerging technologies into chemical applications. By combining artificial intelligence with quantum computing methods, the project is intended to support faster and more efficient approaches to chemical synthesis. The goal is to potentially reduce research timelines and costs for applications such as pharmaceutical development and defense.

Redwood will collaborate with QAI and UBC to integrate quantum computing techniques into AI-driven chemical synthesis workflows. Redwood will gain access to advanced quantum infrastructure, including hardware platforms developed by D-Wave Quantum Inc., made available through QAI’s technology partnerships and technical support framework.

The research will focus on two applications in chemical development. The first will explore how quantum computing can enhance the way AI models represent and learn chemical information, with the goal of enabling more robust predictions and insight across diverse molecular spaces. The second centers on synthetic route planning, where quantum-assisted optimization methods may help identify more efficient and cost-effective pathways.

These challenges reflect bottlenecks for chemists and researchers in many fields, where improved prediction and planning can directly influence development speed, cost, and success rates, particularly for pharmaceutical development and defense. The project aims to move beyond the practical limits of conventional computational tools and support the development of scalable, reliable, and interpretable solutions by integrating quantum approaches with modern AI.

The Mitacs Accelerate program supports the project and includes a postdoctoral research placement at the University of British Columbia. The Mitacs postdoctoral intern will work with teams at Redwood and QAI to co-develop quantum-assisted optimization strategies. The research project also supports national goals in quantum innovation, talent development, and advanced manufacturing.

Louis Dron, CEO of Redwood AI, said that quantum computing has the potential to change how some of the hardest problems in chemistry are approached. Dron added that while significant advances have been made in computational support for chemistry, including the use of artificial intelligence, existing tools and technologies aren’t able to efficiently address many remaining problems. Dron said that Redwood AI is excited to work with QAI and take a leadership role in bringing quantum-enhanced AI tools into the hands of chemists and drug developers.

The Quantum Algorithms Institute is a British Columbia-based non-profit organization advancing quantum computing through collaboration with government, academia, and industry. Its mission is to drive regional economic growth by fostering quantum literacy, building a skilled quantum-ready workforce, and helping organizations adopt quantum technologies effectively. Founded in 2020, QAI draws on BC’s deep ecosystem of quantum innovation to cultivate a vibrant and inclusive quantum industry focused on job creation and real-world impact.

Redwood AI uses advanced artificial intelligence to accelerate chemistry R&D, with the aim of assisting in drug discovery and development, and furthering defense and safety solutions. The Company combines expertise in chemistry, AI, and manufacturing to streamline drug synthesis and scale-up. Redwood AI’s platform is designed to enable faster, more efficient development of new therapies and chemistry-driven applications.

Source: Redwood AI Corp.