Multi-Qubit Devices and Quantum Internet with Nika Akopian

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Introduction

In this episode of Under the Microscope, we are joined by Prof. Nika Akopian, a renowned physicist from the Technical University of Denmark (DTU). Prof. Akopian’s groundbreaking research focuses on multi-qubit devices with photonic interfaces, a key technology in advancing quantum computing and the quantum internet. In this episode, we dive deep into his work on quantum dots, crystal phase control, and how scalable quantum systems are paving the way for secure communication and revolutionary quantum networks. We also discuss the collaborative efforts of the QuanTour project, a European initiative pushing the boundaries of quantum science.

Join us as we uncover how Prof. Akopian’s innovative research is driving advancements in materials science, nanotechnology, and quantum physics.

🎧 Listen on Spotify

Key Takeaways from this Episode

  • ⚛️ Multi-Qubit Device Innovation: Prof. Nika Akopian’s team is pioneering the development of multi-qubit devices with photonic interfaces, enabling breakthroughs in quantum networks and quantum internet technology.
  • 🔬 Crystal Phase Quantum Dots: Learn how Prof. Akopian’s research controls crystal structures at the atomic layer, solving scalability challenges and advancing quantum dot applications.
  • 🌌 Applications of Quantum Networks: Explore the potential of single photons to securely transmit quantum information, paving the way for quantum communication and next-generation technologies.
  • 🤝 Global Collaboration: Discover the collaborative efforts with leading institutions like the University of Paris-Saclay and Lund University to push the boundaries of nanotechnology and quantum science.
  • 🎓 From Theory to Technology: This episode highlights how fundamental research on artificial atoms (quantum dots) leads to practical applications in scalable quantum systems and secure communication.

Useful Resources

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