We unwaveringly believe in the long-term scientific promise of quantum biology, the new synthesis of quantum science with the phenomenological richness and complexity of biological systems.

Starting in 2008, we have pioneered one of the major driving forces of quantum biology, namely the study of the fundamental quantum dynamics of radical-ion-pair reactions, which are relevant to the avian magnetic compass and to spin transport in photosynthetic reaction centers.

We have recently ventured into quantum vision, a new promising synthesis of quantum optics with the physiology of human vision. In the near  future we plan to further explore possible interfaces of quantum technology with neuroscience. At the same time we continue our research in atomic physics, in particular quantum metrology of atomic spin magnetometers and spin noise, a field which is stimulating both in its own right and as a source of ideas that cross-fertilize  our quantum biology work.