Enhancing atomic quantum memory through collective atomic behaviours

Quantum memories are key components in the development of a quantum network. Among their many uses, these memories will facilitate the synchronization of quantum signals at repeater nodes, which are a crucial technology for extending the long-distance reach of quantum communications. Quantum memories facilitate the transfer of quantum information from electromagnetic signals into matter-based quantum […]

Read More
L2M – AidMe LLM-Powered Mobility Framework

The aging population faces mobility challenges, with existing devices offering only basic, passive support, which increases the risk of falls and injuries. The proposed solution, AidMe LLM-Powered Mobility Framework, enhances motorized assistive devices with AI, allowing users to issue voice commands and receive adaptive support. This improves user autonomy and reduces injury risks. This BSI […]

Read More
L2M – Designing and Development of a Smart Hydroponics Platform to Promote Welleness

This project aims to develop a vertical farming system that will produce fresh, high-quality crops in urban areas, helping to address food insecurity and promote wellness. Using advanced farming technology, the system will require less land and water compared to traditional agriculture, making it more sustainable and efficient. The expected benefits for the partner organization […]

Read More
L2M – Developing a Sustainable, Carbon-Negative Construction Material Using Phase Change Materials (PCM) From Agricultural Waste

BioCCM is an innovative start-up focused on sustainable construction materials, transforming agricultural and forestry biomass waste into phase change materials (PCMs) for energy-efficient buildings. These advanced materials provide an environmentally friendly solution for maintaining thermal comfort in structures while reducing carbon emissions and improving resource efficiency. By utilizing biomass residues, BioCCM addresses key environmental and […]

Read More
L2M – Nature Home: Innovations at the Intersection of Housing, Sustainability, and Food Access

The proposed project aims to address housing affordability and sustainability challenges in Calgary by integrating greenhouses with residential spaces. This innovative approach seeks to create energy-efficient homes that also support year-round, culturally sensitive food production. The project will tackle regulatory, technical, and social barriers through participatory design, technical simulations, and engagement with stakeholders such as […]

Read More
L2M- GHGSensing product market readiness plan

This project supports the development of a market readiness plan for the GHGSensing product. The project’s outcome will help the company better understand marketing barriers and develop more realistic product launch strategies. GHGSensing aims to provide a cost-effective solution for large-scale emissions monitoring, enabling farmers to track and reduce their environmental impact more effectively. By […]

Read More
L2M – Advancing Extracellular Vesicles Isolation via Capillary Microfluidics

This project focuses on developing an innovative passive capillary microfluidic platform for the isolation of extracellular vesicles (EVs), which are essential for diagnostic and therapeutic applications. The goal is to create a more efficient, scalable, and cost-effective method of EV isolation compared to traditional techniques such as ultracentrifugation. This technology will allow for high-purity EV […]

Read More
L2M – Revolutionizing Cycling Performance and Preventing Injuries with Real-Time AI Biomechanical Feedback through CycloNova

There is a lack of technology to optimize performance and prevent injuries in cyclists. This is a potential reason leading to an injury rate of 3-50 per 1000 persons. Our solution leverages AI to deliver real-time, accurate biomechanical feedback to riders. By providing actionable insights, it has the potential to reduce injury rates and significantly […]

Read More
L2M – An AI-Based Cycling Device for Lower Limb Rehabilitation

Pedaling exercises using stationary cycling ergometers are a widely used rehabilitation method for lower limb injury recovery. However, current cycling devices do not allow for individualized training of each leg based on its specific load-carrying capacity. APAD is novel cycling ergometer that will address this gap by designing and developing a smart cycling ergometer capable […]

Read More
L2M – Sharefric

A platform focused on making high-quality products more affordable and accessible to consumers by promoting a sense of community. The platform’s goal is to support smart buying decisions and empower users to achieve greater value in their shopping experiences. Our platform is committed to transforming the way people shop by making affordability a reality for […]

Read More
L2M – BackSCNR

BackSCNR offers an accessible solution for screening and monitoring AIS designed to provide sustainable care for patients. By simplifying and shortening medical appointments, BackSCNR reduces the burden on patients and the healthcare system while also offering patients an easy way to track changes in their spine curvature over time. The technology behind BackSCNR is supported […]

Read More