Industry Partnerships

The Quantum Algorithms Institute helps companies get ready for the arrival of quantum products and services to stay competitive in the post-quantum world.

While quantum computing is still in its early stages of development, companies that invest in preparing now can position themselves to take full advantage of this transformative technology as it matures and becomes fully commercialized.

Early adoption helps companies to understand the technology's potential, identify use cases, and develop expertise that will be crucial to be competitive in the quantum-powered future.

Here’s how we can help.

1

Presentations and briefings

Get up to date information on the applications of quantum computing and other quantum technologies

2

Services and resources

Reach out to learn how we can help your company build a quantum strategy so you’re ready for the post-quantum world

3

Resources and professional training

Developed for executives, management, and technical staff, our resources can help you integrate quantum into your business

4

Partnerships and pilot projects

Find out more about how we support the development of use cases, and how you can test out quantum solutions within your business

 

Quantum computing is a disruptive technology that will impact many industries.

 

  • Finance 

  • Transportation and Logistics 

  • Life Sciences 

  • Telecommunications 

  • Aerospace 

  • Manufacturing 

  • Automotive 

  • Technology 

  • Retail 

  • Government

 

The Boston Consulting Group estimates that starting from 2021, “quantum computing could create a value of US$450 to US$850 billion in the next 15- to 30-year period”. There are a number of opportunities and threats to consider:

  • Faster Problem Solving: Solving complex problems for industries that deal with simulations, optimization, and data analysis. 

  • Cryptography and Security: Quantum computers could potentially break existing encryption methods that rely on the difficulty of factoring large numbers, affecting security in industries like finance, telecommunications, and others. On the other hand, quantum encryption techniques could offer protection even against future quantum computers.

  • Financial Modeling: Quantum computers could enhance the accuracy of financial models, improve risk analysis, and optimize investment portfolios more efficiently. 

  • Supply Chain Optimization: Industries with complex supply chains, such as manufacturing, transportation and  logistics, could benefit from quantum computing's ability to solve optimization problems. This could lead to better route planning, inventory management, and resource utilization. 

  • Material Science and Drug Discovery: Industries like pharmaceuticals, materials science, and chemistry will benefit from the simulation possibilities of quantum computing. 

  • Machine Learning and AI: Quantum computing has the potential to enhance machine learning algorithms and AI models. 

  • Climate Modeling: Quantum computers could help identify better materials for energy efficiency across multiple sectors, and for optimization of energy grids and fuel use in transportation systems. 

  • Aerospace and Engineering: Quantum computing can optimize aerodynamics, structural design, and other engineering challenges in industries like aerospace and automotive.

Now is the time to get ready for quantum computing.

Companies can prepare for quantum computing through research and development, piloting use cases, adopting training in quantum, and investing in early technology.

QAI works with companies across industries to future-proof organizations for the post-quantum world.