In this Digital CxO Leadership Insights interview, QDX Technologies CEO Loong Wang explains how quantum chemistry is emerging as a foundational technology for breakthroughs across industries. He discusses how advanced quantum simulations could accelerate drug discovery, materials science, energy innovation, and manufacturing by enabling organizations to model complex molecular interactions at unprecedented scale.

Quantum chemistry may prove to be one of the most consequential near-term applications of advanced computing, particularly as organizations look for practical ways to accelerate discovery in drug development, materials science, energy and manufacturing.

Rather than focusing only on future quantum computers, Wang argues that classical computing systems, when paired with redesigned algorithms and modern GPU infrastructure, are already making it feasible to tackle problems once considered out of reach. That shift is especially important in chemistry, where accurately modeling molecular and atomic interactions has historically required prohibitive amounts of compute power.

He also explores how improved quantum chemistry simulations could reshape downstream industries. In healthcare, more accurate modeling of how drugs interact with proteins could reduce the time and cost of discovery while opening the door to new classes of therapies. He also points to the challenge of predicting how compounds can actually be synthesized in the real world, describing it as one of the major unsolved computational problems quantum chemistry may help address.

Wang further discusses the growing relationship between AI and quantum chemistry. AI can make these tools more accessible to a wider range of scientists, while high-accuracy simulations can give AI systems better feedback loops for designing drugs, compounds and materials before researchers ever move into the lab. That combination could significantly compress experimentation cycles.

At its core, quantum chemistry is not a distant science project but an emerging computational capability with the potential to influence some of the most important industrial and scientific challenges of the next several years.