How Quantum Computing Is Moving From Research to Real-World Applications

Quantum computing is moving from research to real-world applications through advances in hardware, industrial partnerships, and focused use cases, enabling quantum machines to transition from laboratories into practical tools for businesses and research institutions.

From Scientific Research to Industrial Reality

For years, quantum computing was widely perceived as a distant or theoretical technology.

This episode challenges that assumption by showing how quantum technologies are now leaving research labs and entering real-world environments, thanks to rapid scientific and engineering progress.

Building the First Practical Quantum Computers

We welcome Georges-Olivier Reymond, who shares the journey of Pasqal, a company working on the development of operational quantum computers.

Pasqal focuses on transforming fundamental quantum research into machines that can be deployed, tested, and used outside purely academic settings.

Turning Breakthrough Science Into Usable Technology

The transition from research to application requires more than scientific discovery.

Key enablers include:

• Reliable and scalable hardware
• Engineering systems that operate beyond controlled lab conditions
• Clear interfaces between quantum machines and existing computing environments

This is where deeptech startups play a decisive role.

Identifying Real-World Use Cases for Quantum Computing

Quantum computing is not about replacing classical computers, but about solving specific problems that are otherwise intractable.

Early applications focus on:

• Optimization problems
• Simulation of complex physical systems
• Advanced research and industrial experimentation

These targeted use cases accelerate adoption.

Why Quantum Computing Is No Longer Science Fiction

By building operational machines and collaborating with industry and research partners, companies like Pasqal demonstrate that quantum computing is already happening.

Progress is incremental but concrete, moving from prototypes to usable systems that can deliver measurable results.