Designing quantum hardware pushes engineering to the limits of physics. Beyond laboratory prototypes, systems must handle gigabit data rates, superconducting materials, and cryogenic temperatures near absolute zero. Physical testing in these extreme environments is slow and costly.
With a MODSIM (modeling and simulation) approach, engineers no longer need to wait for physical prototypes. By integrating modeling and simulation from day one, complex multiphysics problems can be solved virtually. This enables faster innovation and scalable quantum system designs.
The shift toward simulation-first design is set to accelerate quantum hardware development, reducing time and cost while improving performance.