Future Quantum Leaders Discuss Challenges and Opportunities

The recent conference titled “Quantum Science and Technology: The First 100 Years; Our Quantum Future” took place at the Royal Institution in London on November 5, 2025. Organized by the Institute of Physics, the event featured a panel of future leaders in quantum technology, who explored both the challenges and opportunities ahead for the sector. The discussions highlighted the importance of nurturing a skilled workforce and effectively communicating the potential of quantum technology to a broader audience.

The panel comprised four notable figures in the field: Nicole Gillett, a senior software engineer at Riverlane; Muhammad Hamza Waseem, a researcher at Quantinuum; Mehul Malik, head of the Beyond Binary Quantum Information research group at Heriot-Watt University; and Sarah Alam Malik, a particle physicist at University College London. The discussion was moderated by Matin Durrani, the editor-in-chief of Physics World.

Building a Future Workforce

A major concern raised by the speakers was the necessity of developing a robust “skills pipeline” for the quantum sector. Gillett emphasized that as quantum computing technologies evolve, there will be an increasing demand for skilled professionals. “We need to create enthusiasm around quantum concepts at an early educational stage,” she stated. Riverlane has initiated summer workshops aimed at teaching undergraduate students about quantum error correction, a critical component in building fault-tolerant quantum computers.

Waseem expressed similar sentiments, highlighting the importance of making complex topics accessible to high school students. He noted that innovative teaching methods, such as their “Quantum in Pictures” approach, have proven effective in conveying difficult concepts. “For quantum theory to have a big impact, we have to make quantum physics more accessible to everyone,” he said. His experience with students in both the UK and Pakistan showed promising results, with many grasping advanced concepts quickly.

Key Opportunities in Quantum Technology

The panelists discussed the potential applications of quantum technology in their respective fields over the next decade. Gillett pointed to advancements by leading companies like IBM, which aims to develop a utility-scale, fault-tolerant quantum computer by the end of the decade. This machine is expected to support up to 2,000 logical qubits, which could enable complex simulations, including theoretical models of black holes.

Malik highlighted the significant impact of quantum networks, which could revolutionize how quantum processors communicate. “We have already established a quantum network connecting banks in London, and this technology is maturing rapidly,” he explained. Meanwhile, Sarah Alam Malik emphasized the potential for quantum computing to enhance particle physics research, particularly in identifying anomalies in particle collisions that could lead to breakthroughs in understanding dark matter.

Waseem added that the ability to simulate quantum systems using quantum computers could transform fields ranging from natural language processing to advanced material science. “Imagine ChatGPT powered by quantum technology,” he remarked, indicating the far-reaching implications of these advancements.

Navigating Challenges Ahead

Despite the opportunities, the speakers acknowledged significant challenges that lie ahead. Gillett pointed out that building a sufficiently large workforce remains a pressing issue. “If we cannot inspire the next generation, we risk falling behind in quantum technology,” she warned.

Malik raised concerns about the growing polarization and protectionism in global collaboration, which could hinder progress in quantum science. “We must foster international cooperation to maximize the benefits of quantum technologies,” he stated.

Additionally, Sarah Alam Malik cautioned against the hype surrounding quantum technology. Drawing parallels to the artificial intelligence boom, she urged caution in managing expectations while remaining prepared for the transformative impact that quantum breakthroughs could bring.

Waseem highlighted the need for balanced funding between foundational research and practical applications. “We must ensure that foundational research receives the support it deserves to prevent stagnation,” he said.

In closing, the panelists discussed the lessons to be learned from the AI boom, stressing the need for interdisciplinary collaboration and the importance of nurturing curiosity-driven research in quantum technology. As the world enters a new era of quantum advancements, the insights from these future leaders provide valuable guidance for navigating the complexities ahead.

This event contributed to the International Year of Quantum Science and Technology, a global initiative aimed at raising awareness of quantum physics and its applications. As the sector evolves, the discussions from this conference will play a crucial role in shaping the future landscape of quantum technology.