Bruce Camber
Bruce Camber | |
|---|---|
| Born | July 1947 |
| Residence | New Orleans, LA, United States |
| Alma mater | Boston University |
| Known for | Big Board–little universe project; base-2 (Planck-scale) notation of the universe; Center for Perfection Studies |
| Scientific career | |
| Fields | cosmology, ontology, epistemology, geometry |
Bruce Camber (born July 1947) is an American educator, media producer, and independent researcher based in New Orleans, Louisiana. He is best known for founding the Center for Perfection Studies and for the "Big Board–little universe" project, an attempt to organize the entire physical universe using base-2 exponential notation, from the Planck base units to the age and size of the observable universe.
Biography
Camber was educated at Boston University, where he received a bachelor's degree and a Master of Theology (ThM), and undertook further graduate study in religious studies. In the early 1970s he participated in the Harvard "Philomorphs," a study group associated with the crystallographer and design scientist Arthur Loeb and with Buckminster Fuller, and he worked with Synectics Education Systems in Cambridge, Massachusetts.
Camber later co-founded Small Business School, a television series produced with Hattie Bryant that was carried by PBS-affiliated stations in the United States and distributed internationally through the Voice of America over many broadcast seasons. His professional background spans broadcasting, publishing, communications, education, and systems integration.
In December 2011, while helping to lead a high-school geometry class in the metropolitan New Orleans area, Camber began the work for which he is best known, developing the "Big Board–little universe" model. He has continued to develop and publish this material through the Center for Perfection Studies and its associated websites.
Work
Camber's principal project, the "Big Board–little universe," proposes that the physical universe can be indexed within roughly 202 groupings, or "notations," produced by repeatedly multiplying the Planck base units by two (base-2 exponential notation) until reaching the current size and age of the observable universe. He and his collaborators argue that base-2 notation is about 3.3 times more granular than base-10 and that it parallels naturally doubling processes such as cellular division. In the model the notations are divided into a small-scale range, a human-scale range, and a large-scale range.
From this framework Camber advances speculative cosmological interpretations, including the suggestion that the earliest notations describe a smooth "natural inflation" and "quiet expansion" rather than an infinitely hot initial point, which he presents as an alternative to the standard Big Bang account. These ideas have been developed and circulated primarily through his own websites and self-published writings rather than through peer-reviewed physics literature, and the base-2 notation model is not part of accepted mainstream cosmology. Camber describes the work as ongoing and has invited outside collaboration and criticism.