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- EMERGENT GRAVITY FROM DISCRETE GEOMETRY
SPAENDONCK, KOENRAAD M.L.L. VAN
EMERGENT GRAVITY FROM DISCRETE GEOMETRY
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Omschrijving EMERGENT GRAVITY FROM DISCRETE GEOMETRY
Compiling his know-how in concept formation from Integrated Product
Design [IPD] into Integrated Quantum Design [IQD], product designer
Koenraad Van Spaendonck [Alumnus University of Antwerp UA 1995]
constructs a discrete geometry as t
he basis for emergent gravity :
Discrete Contracting Coordinates [ DCC ].
This new mathematical model resides in a Euclidean environment, from
which the emergent non-Euclidean mathematical model of spacetime can
be derive
d. A specific translation from specific polar coordinates to curved surfaces
is at the basis of this interpretation. Emergent Gravity from Discrete Geometry : EG from DG.
This work refers to the previous publication of the author - June 201
5 " General Quantum Gravity - Version 1.1 " .
Design [IPD] into Integrated Quantum Design [IQD], product designer
Koenraad Van Spaendonck [Alumnus University of Antwerp UA 1995]
constructs a discrete geometry as t
he basis for emergent gravity :
Discrete Contracting Coordinates [ DCC ].
This new mathematical model resides in a Euclidean environment, from
which the emergent non-Euclidean mathematical model of spacetime can
be derive
d. A specific translation from specific polar coordinates to curved surfaces
is at the basis of this interpretation. Emergent Gravity from Discrete Geometry : EG from DG.
This work refers to the previous publication of the author - June 201
5 " General Quantum Gravity - Version 1.1 " .
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