In this paper, scientists and researchers from South Africa, The Netherlands, Australia, and the UK discuss the current status of Quantum Biology and areas of future development in the field.
In this paper professors Jim Al-Kahlili and Johnjoe McFadden of the University of Surrey show that ideas about the potential quantum nature of biological processes are not really new, but …
Thomas Oliver of the University of Bristol presents this review of advances in multidimensional spectroscopy instrumentation and techniques opening new opportunities for researches to further illuminate the dynamics of electronic …
In this study, researchers in Germany show that excitonic energy transfer is substantially enhanced via near-resonant coupling with underdamped vibrational modes. These researchers speculate that the underlying principles may be …
In this paper researchers from the University of Sao Paulo and Harvard provide a comprehensive review of published research related to the proposed mechanisms of action for Photobiomodulation.
This paper published in the Journal of the Royal Society by researchers at the University of Toronto discusses the potential modulating role of nonequilibrium vibrational modes in the quantum coherent …
This paper by researchers in South Korea, Germany, and South Africa introduces a dynamic resonance energy transport mechanism for long-range coherent energy transport via shared phonon interactions. A time-dependent Lamb …
In this paper top Photomedicine researcher and educator Michael Hamblin explores the likely mechanisms of action for PBM and applications for disorders of the joints, traumatic injuries, lung disorders, and …
Researchers at UC Berkeley present a review of experimental and theoretical studies into the role of quantum coherence in highly efficient and robust electronic energy transfer within protein complexes found …
A review of the evolution of Forster Resonance Energy Transfer (FRET) theory, culminating in a picture of excitation energy transfer dynamics in molecular systems that vary according to coupling strength, …