Dani Couger

As quantum technologies rapidly evolve, international collaboration plays a vital role in shaping the global quantum landscape. However, the rise of "quantum nationalism" and competition for talent and resources create significant challenges for fostering cooperation. This panel will explore the delicate balance between collaboration and competition, alongside the workforce challenges the quantum industry faces. 

Key discussion points include: 

• How are countries balancing the need for international collaboration with the push for quantum sovereignty and national security interests? 
• What are the benefits and risks of "quantum nationalism," and how can nations work together to drive innovation without compromising their strategic goals? 
• What are the key challenges in building a global quantum workforce, and how can governments and industries ensure a strong pipeline of skilled talent in quantum technologies? 
• How are leading nations and international organizations fostering collaboration in quantum research, development, and standardization? 
• What are the workforce development strategies being implemented globally to address the demand for quantum scientists, engineers, and developers? 
• How can international partnerships help overcome barriers in quantum education, training, and access to research facilities? 

This panel will provide insights into the complexities of international collaboration in quantum technologies, the rise of quantum nationalism, and the strategies needed to develop a skilled, globally competitive quantum workforce. 

Quantum technologies are poised to transform the defence and aerospace sectors, offering groundbreaking advancements in sensing, communication, and computing. This panel will explore how these innovations are being integrated into military and aerospace applications, enhancing capabilities and strategic advantages. 

Key discussion points include: 

• How are quantum sensing technologies revolutionizing defense operations? 
• Examining applications such as enhanced navigation, precise positioning, and advanced threat detection through quantum sensors. 
• What role does quantum communication play in securing military communications? 
• Discussing the implications of quantum key distribution (QKD) for protecting sensitive information and ensuring secure communications in defence systems. 
• How are quantum computing advancements influencing aerospace innovation? 
• Exploring the potential for quantum computing to optimize logistics, improve material science, and accelerate simulations in aerospace engineering. 
• What challenges do defence and aerospace sectors face in adopting quantum technologies? 
• Identifying barriers such as funding, technical expertise, and integration with existing systems. 
• How can international collaborations enhance the development of quantum technologies in defence and aerospace? 
• Highlighting partnerships between governments, academia, and industry that promote innovation and share best practices. 
• What is the future outlook for quantum technologies in enhancing national security and aerospace capabilities? 
• Discussing emerging trends and potential developments that could reshape the landscape of defence and aerospace. 

This panel will feature experts from the defence and aerospace industries, as well as representatives from government and academia, providing valuable insights into the transformative potential of quantum technologies in these critical sectors. Join us for an engaging discussion on the future of defence and aerospace in the quantum era