The Quantum Biosciences Consortium exists to understand when, where, and how quantum mechanics shapes living systems, and to build the rigorous science needed to answer those questions.

Life operates in a world governed by quantum mechanics, but that does not mean every biological phenomenon is meaningfully quantum. Our mission is to determine where quantum effects such as coherence, tunneling, spin dynamics, and quantum sensing survive in biological environments, influence function, and can be harnessed for new capabilities.

We bring together physicists, chemists, biologists, engineers, computational scientists, and clinicians to tackle problems that no single discipline can solve alone. We coordinate experiments, theory, instrumentation, shared standards, and open data so that promising observations can be tested independently, reproduced, and developed into a coherent body of knowledge.

As a nonprofit scientific consortium, QBiCon will serve as shared infrastructure for an emerging field: connecting researchers across institutions, supporting early-career scientists, enabling ambitious collaborative experiments, developing open tools and methods, and making foundational discoveries accessible to the broader scientific community.

Our goal is not simply to add “quantum” to biology. It is to discover where quantum mechanics is genuinely part of the machinery of life, and, from that understanding, open new possibilities in biology, medicine, sensing, computation, and biotechnology.