Ivars Fabriciuss
Ivars Fabriciuss | |
|---|---|
| Known for | Quaternionic I3 vacuum-crystal model of inertia, gravitation and dark energy |
| Scientific career | |
| Fields | Cosmology, general relativity, quantum physics |
| Institutions | University of Latvia |
Ivars Fabriciuss is a Latvian independent theoretical physicist associated with the University of Latvia, whose research addresses cosmology, general relativity and quantum physics. He is best known for a series of preprints developing a model in which ordinary three-dimensional space is coupled to an "imaginary" quaternionic sector, from which he derives inertia, gravitation and dark energy.
Biography
Fabriciuss is listed on Academia.edu under the University of Latvia, where he gives his research interests as cosmology, general relativity and quantum physics. He works outside the mainstream institutional publication system, circulating his results as preprints rather than through peer-reviewed journals.
Scientific contributions
Fabriciuss proposes that the physical vacuum has a discrete structure at the Planck scale, which he calls the I3 crystal — a lattice with negative energy density and negative pressure that forms an "imaginary" quaternionic counterpart (I3) to ordinary real space (R3). In this framework the elastic and impedance properties of the substrate are intended to give a single mechanical account of inertia, gravitation and cosmic acceleration without fine-tuning, and to address the cosmological constant problem.
Recurring themes in his work include:
- the emergence of real space from oscillators in an imaginary quaternionic geometry;
- the electron treated as a geometric oscillator between the real and imaginary spatial sectors;
- horizon thermodynamics, in which the FRW apparent horizon is treated as an information boundary and inertia is obtained from a Landauer–Unruh information-capacity argument;
- the derivation of an infrared graviton mass and an "inertia quantum" from the I3 vacuum crystal;
- Planck-scale impedance, inductance and capacitance of the electromagnetic vacuum, with each Planck patch treated as an LC resonator.
He states that the framework yields testable predictions for gravitational-wave dispersion and for the evolution of dark energy.
Publications
Preprints posted to the viXra e-print archive include:
- Emergence of Real Space from Mold Oscillators in Imaginary Quaternion Geometry (2025)
- Cosmology from Imaginary Mold Space: A Unified Model of Matter, Dark Matter, and Dark Energy (2025)
- Electron as a Geometric Oscillator Between Real and Quaternion Imaginary Space (2025)
- The Geometric Substrate of Virtual Particles: Dirac Solutions and Dynamical Exchange in the Quaternionic I3 Space (2025)
- Off-Shell Physics in a Coupled Real–Imaginary Spatial Sector: Evanescent Dirac Fields and Vacuum Energy Cancellation (2025)
- Dark Energy from R³⊕I³ Planck-Patch Geometry (2025)
- Inertia from Horizon Information Dynamics: Landauer–Unruh Mass Map and Capacity Saturation (2025)
- The Digital Horizon: Unified Origin of Inertia and Dark Energy from Landauer-Unruh Information Dynamics (2025)
- Infrared Graviton Mass and Inertia Quantum from the I³ Vacuum Crystal (2025)
- Planck-Scale Impedance Boundary and the Fluctuation–Dissipation Origin of Inertia (2025)
- The Cosmic Energy Budget from Planck-Scale White-Hole Lattice Statistics (2025)
- Planck-Scale Inductance, Capacitance, and Field Intensities of the Electromagnetic Vacuum (2025)
External links
- Ivars Fabriciuss at the viXra e-print archive
- Ivars Fabriciuss on Academia.edu