A profound scientific researcher, Nassim Haramein has spent over 30 years researching the interrelationships between the sciences in an attempt to understand the polyhedral geometry of space. Initially founding the Resonance Science Foundation (when it was called the Resonance Project Foundation), Haramein became the Director of Research. The foundation as it stands today explores the frontiers of current research in physics, and Haramein’s research findings are fundamental to the field, describing the mechanism of gravity and the information in the space-time manifold. Consequently, Haramein has published many books, spoken at many scientific conferences and his work has even been exhibited in a documentary- The Connected Universe, which explored his discoveries and their implications for future research. Subsequently, having led many studies which explore unification principles, Haramein now is a director of his own laboratory. Specifically focusing on cosmology, quantum mechanics, mathematics, chemistry and biology, Haramein also acknowledges sociological subjects including anthropology and history in the construction of his cosmological theories. This multidisciplinary focus that Haramein’s has acquired has led him to concentrate on the quantum and molecular scale of cosmological objects within the universe.

Haramein explains the origins of the universe in a simple, geometric fashion, and has an unusual research method: observing articles written at the beginning of the 20th century and comparing them to current research theories. As unique as his ideas are, Haramein has and continues to make a significant contribution to ideas at the frontier of scientific knowledge. Specifically, in his paper ‘Quantum Gravity and the Holographic Mass’ Haramein predicted the charge radius of the proton with greater accuracy than any other scientific published paper. The accuracy of Haramein’s finding was acknowledged in a research experiment by the Paul Scherrer Institute. Consequently, the success of Haramein’s work gives implications towards a new unified cosmological model, by which recent observational astrophysical data additionally supports. The consequences of this finding are profound, and in the future, it is hoped that his work will lead to a new scaling law- sizing x-ray, stella, cosmological and galactic systems. As a result, the implications of Haramein’s research bring a new level of understanding to science and consequently life; opening up a path for cutting-edge technologies.