Beeri Research, directed by Ido Beeri, explores the mathematical limits of wave-function reduction inside globally unitary block spacetimes.
Rather than introducing ad-hoc dynamical collapse mechanisms or hidden variables, this research applies standard functional analysis to quantum kinematics. By enforcing Sobolev space constraints and Kato's form-domain preservation, the mathematical models demonstrate that zero-dimensional point measurements are formally incompatible with expected energy conservation.
A major part of the work involves translating these continuous analytic limits into discrete graph-Laplacian models. This provides computationally reproducible, gauge-invariant structural constraints for foundational physics.
Contact
Ido Beeri
Principal Investigator
ORCID: 0009-0002-7061-9979
Member, American Physical Society (APS DQI)
Member, Israel Physical Society (IPS)
ido@beeri-research.org