Quantum computing is rapidly evolving away from a standalone, speculative novelty into a vital, integrated component of the advanced computing continuum. As the computing demands of modern science outpace traditional silicon, the ultimate frontier of breakthrough discovery will rely on a tightly choreographed triad of classical supercomputing, artificial intelligence, and quantum acceleration.

However, building this future is no longer just an isolated physics problem—it is a complex challenge of infrastructure engineering, systems orchestration, global policymaking, and long-term ecosystem building. Laura Schulz operates at the direct intersection of these massive industries.

Having directed landmark programs on both sides of the Atlantic—from the U.S. Department of Energy labs to Germany’s Munich Quantum Valley and the broader EuroHPC framework—Laura possesses an end-to-end view of the field. Her strategic, systems-first approach offers an indispensable map for transitioning quantum technology out of pure exploratory phases and into reliable, high-performance utility engines.