In conversation with quantum technology experts Dr. Irene Sánchez Arribas and Christian Dille, we explore how this transformative field is evolving and what it means for industries and everyday life.
For more than a century, quantum physics has been explored primarily within academic circles. Today, however, it is steadily moving into the real world, influencing technologies we use every day. From smartphones and high-performance computing to medical imaging and navigation systems, quantum principles are already at work, often unnoticed. What makes this moment significant is that we are only at the beginning of a much larger transformation.
As global investment in quantum computing, communication, and sensing grows, expectations for breakthroughs continue to rise. Turning these possibilities into practical solutions requires not just theoretical knowledge but also advanced engineering, precise measurement systems, and strong industry collaboration.
Insights from Industry Experts
According to Dr. Irene Sánchez Arribas, Application Scientist in Quantum Technologies, the true fascination of this field lies in its ability to transform abstract scientific laws into powerful, real-world tools. She highlights how quantum mechanics, once considered counterintuitive and limited to microscopic systems, is now enabling technologies that could redefine industries. The idea of controlling individual atoms to process information or discover new drugs is no longer science fiction, but an engineering challenge actively being tackled today.
Building on this perspective, Christian Dille, Market Segment Manager for Industry, Components, Research & Universities, emphasizes that now is the ideal time to engage with quantum technology. He points out that many first-generation quantum technologies, such as lasers, MRI systems, and GPS, are already deeply embedded in everyday life. What is emerging now is a second generation, where quantum states are deliberately controlled to unlock new capabilities like secure communication, advanced sensing, and scalable quantum computing.
A Turning Point, Not Just Hype
The growing attention around quantum technology reflects more than just excitement; it signals a real shift. Dr. Sánchez Arribas explains that in recent years, quantum computing has moved beyond academic labs into companies with clear commercial ambitions. These organizations are focused on building systems that can solve meaningful, real-world problems.
A major goal is achieving fault-tolerant quantum computing, machines capable of correcting their own errors and performing reliable, large-scale computations. While the exact timeline remains uncertain, steady progress and strong investment indicate that this milestone is within reach in the coming decade.
Christian Dille adds that while some aspects of quantum technology are already mainstream, such as atomic clocks and quantum-based sensors, quantum computing itself is still evolving. Its widespread adoption will depend on overcoming technical challenges related to scaling and reliability.
From Hidden Technology to Everyday Impact
Dr. Sánchez Arribas points out that quantum technology is already more present in daily life than many people realize. Technologies like lasers, fiber-optic communication, and advanced medical imaging all rely on quantum effects. Even common electronic devices, including smartphones and storage systems, depend on quantum behavior at the semiconductor level.
Looking ahead, Christian Dille highlights the potential of quantum computing in areas such as drug discovery. Because quantum computers operate on the same principles as molecular systems, they could simulate chemical reactions with unprecedented accuracy, accelerating the development of new medicines and therapies.
The Power of Quantum Sensing
When it comes to practical applications, quantum sensing is leading the way. Dr. Sánchez Arribas explains that these sensors can detect extremely subtle changes in physical properties such as gravity, magnetic fields, or motion. While they may not predict natural disasters outright, they can significantly improve early-warning systems by providing more precise and continuous data.
Christian Dille expands on this by noting that quantum sensing has applications across multiple industries. From healthcare and aerospace to energy and telecommunications, these technologies enable higher precision, better diagnostics, and improved reliability in critical systems.
Collaboration Over Competition
Rather than a race, Dr. Sánchez Arribas describes the evolution of quantum technology as a global transformation driven by collaboration. Governments, research institutions, and private companies all play essential roles. Universities push scientific boundaries, industries translate discoveries into products, and governments provide funding and infrastructure.
Christian Dille reinforces this idea by describing the “quantum ecosystem” as a network of interconnected players working toward a shared goal. This collaboration is key to turning complex scientific ideas into practical tools that benefit society.
Complementing Classical Systems
Both experts agree that quantum computers are not meant to replace classical computers. Instead, they will work alongside them. Christian Dille explains that quantum systems are best suited for highly specialized tasks, such as solving complex simulations or optimization problems that are beyond the capabilities of traditional machines.
In the future, hybrid systems will likely combine classical high-performance computing with quantum processors, creating powerful new computational environments.
Looking Ahead
Reflecting on the rapid pace of progress, Dr. Irene Sánchez Arribas describes the advancement of quantum technology as truly remarkable. What has been achieved in just the past decade suggests that its long-term impact will be profound.
Christian Dille shares a similar sense of realization, noting how surprising it is that quantum sensing has already reached a higher level of maturity compared to quantum computing, despite the latter receiving most of the public attention.
Together, their insights make one thing clear: quantum technology is not just an emerging trend, but a foundational shift that will redefine business, innovation, and society in the years to come.
