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- Bit-string_physics abstract "Bit-string physics is an emerging body of theory which considers the universe to be a process of operations on strings of bits. Bit-string physics is often associated with A.F. Parker-Rhodes' combinatorial hierarchy, which is notable for its relationship with the electromagnetic and gravitational coupling constants of quantum theory. Other leading contributors in the field include H. Pierre Noyes, Ted Bastin, C.W. Kilmister, John Amson, and David McGoveran.Critics of bit-string physics challenge that the theory has yet to present experimentally testable predictions.[citation needed] In a 2001 paper by Noyes, evidence was presented for predictions made by the theory that were later confirmed.".
- Bit-string_physics wikiPageExternalLink ~pnoyes.
- Bit-string_physics wikiPageID "17553460".
- Bit-string_physics wikiPageRevisionID "600202486".
- Bit-string_physics hasPhotoCollection Bit-string_physics.
- Bit-string_physics subject Category:Mathematical_physics.
- Bit-string_physics subject Category:Quantum_mechanics.
- Bit-string_physics comment "Bit-string physics is an emerging body of theory which considers the universe to be a process of operations on strings of bits. Bit-string physics is often associated with A.F. Parker-Rhodes' combinatorial hierarchy, which is notable for its relationship with the electromagnetic and gravitational coupling constants of quantum theory. Other leading contributors in the field include H. Pierre Noyes, Ted Bastin, C.W.".
- Bit-string_physics label "Bit-string physics".
- Bit-string_physics sameAs m.047rjc_.
- Bit-string_physics sameAs Q4918662.
- Bit-string_physics sameAs Q4918662.
- Bit-string_physics wasDerivedFrom Bit-string_physics?oldid=600202486.
- Bit-string_physics isPrimaryTopicOf Bit-string_physics.