In the concluding episode, Lotta Moberg, CFA, PhD and Oswaldo Zapata, PhD look toward the future of quantum computing in finance. They discuss potential high‑value applications such as optimization, option pricing, machine learning, and large‑scale simulations. Zapata also highlights the cyber‑security implications of quantum technologies, including the threat of breaking RSA encryption and the urgency of adopting quantum‑safe protocols. The conversation covers industry readiness, from hedge fund research to major institutions investing in quantum capabilities, as well as the emerging need for "quantum‑quants." This episode provides a forward‑looking view of how quantum computing may reshape financial services, risk management, and professional skill sets in the decade ahead.

To read Oswaldo Zapata, PhD's chapter in AI in Asset Management, follow this link: https://rpc.cfainstitute.org/research/foundation/2025/chapter-9-quantum-computing-for-finance

Part 2 explores the technical hurdles shaping quantum computing's readiness for financial applications. Oswaldo Zapata, PhD and host Lotta Moberg, CFA, PhD discuss qubit quality, error rates, and why today's devices remain in the "noisy intermediate‑scale quantum" (NISQ) era. The episode breaks down hybrid classical‑quantum approaches, quantum‑inspired algorithms, and the complex process of encoding classical data into quantum states. Zapata explains why portfolio optimization is a promising—but still aspirational—area for quantum speedups, and how current hardware limitations constrain real‑world deployment. This conversation offers an honest assessment of where the technology stands today and what breakthroughs are still needed before quantum tools can meaningfully impact finance.

To read Oswaldo Zapata, PhD's chapter in AI in Asset Management, follow this link: https://rpc.cfainstitute.org/research/foundation/2025/chapter-9-quantum-computing-for-finance

In Part 1 of this three-part interview, host Lotta Moberg, CFA, PhD, speaks with Oswaldo Zapata, PhD, co‑founder of the Quantum Finance Boardroom and contributor to the CFA Institute Research Foundation monograph AI in Asset Management. This episode introduces the fundamentals of quantum computation, outlining how qubits, superposition, and quantum gates differ from classical computing. Zapata explains why quantum systems can process information in exponentially richer ways and discusses the challenges of building reliable qubits in real‑world laboratory environments. The conversation sets the groundwork for understanding how quantum computers may eventually tackle computational problems that classical machines cannot. This episode is ideal for finance professionals seeking a clear, accessible foundation in quantum technologies before diving into applications.

To read Oswaldo Zapata, PhD's chapter in AI in Asset Management, follow this link: https://rpc.cfainstitute.org/research/foundation/2025/chapter-9-quantum-computing-for-finance