As quantum technologies begin to move beyond the lab and into real-world applications, their influence on the built environment remains vastly underexplored. This session will help fill that gap by bridging cutting-edge quantum science with the practical world of architecture and urbanism.
Join us to explore how principles from quantum mechanics (e.g., entanglement, superposition, and quantum computing) can inspire new paradigms for spatial design, materials engineering, infrastructure planning, and even the philosophical foundations of city-making. Get ready for an enlightening discussion that covers the quantum behavior of new building materials, how quantum AI is reshaping the modeling and governing of cities, and more.
Learning Objectives
- Explore key quantum theory principles relevant to design.
- Discuss how to integrate insights from physics, architecture, and urban studies into innovative spatial strategies.