PMET — Passive Multispectral Entropy tomography
Human Scan Device
Radiation-Free 3D Tissue & Toxin Tomography
The PMET is designed to provide non-invasive cellular and molecular analytics powered by mathematical skin and tissue decoupling. Direct, sub-millisecond visibility into internal cellular entropy, micro-inflammation, and systemic toxin loads without ionizing radiation.
Executive Summary: Non-Invasive Diagnostic Precision
Conventional clinical imaging—such as X-ray, CT, or PET scans—relies on ionizing radiation or radioactive contrast agents. MRI systems eliminate radiation but require immense electromagnetic power, helium cooling, and high operational latency. None of these modalities measure cellular entropy or real-time biochemical stress directly.
The PMET Solution
PMET utilizes our proprietary 10-vector inversion engine to passively measure bio-acoustic and electromagnetic field fluctuations emitted by living tissue. By mathematically decoupling skin resistance, superficial noise, and phase attenuation, the system could yield high-resolution 3D diagnostic profiles of cellular vitality and toxicological accumulation—completely radiation-free and in real time.
100% Radiation-Free
Fully passive measurement matrix with zero radiation, zero magnetic field exposure, and zero invasiveness.
Early Cellular Entropy Detection
Identifies metabolic stress, tissue degradation, and micro-inflammation long before physical structural lesions manifest on conventional scans.
Heavy Metal & Toxin Mapping
Non-invasively maps systemic heavy metal deposits, microplastics, and synthetic chemical bio-accumulation across target tissue zones.
Technical Specifications
| Parameter | Specification |
| Measurement Modality | Passive Multispectral Inversion Tomography (PMET) |
| Radiation Exposure | 0.0 Sievert (100% Passive / Non-Ionizing) |
| Diagnostic Focus | Cellular Entropy, Micro-Inflammation, Heavy Metals, Toxins |
| Signal Processing | Real-Time 10-Vector Inversion Engine |
| Resolution | Sub-millimeter 3D spatial tissue mapping |
| Patent-pending Core | Austrian Patent Ref: GF-BSGL-2026-PAT-01 (Case-ID: 0000008146) |
Ecosystem Coupling: Inter-Module Integration
Coupling with GASS: Correlates human metabolic and toxicological profiles with environmental B-horizon ground-truth data.
Coupling with ORECO: Encrypts anonymized diagnostic baselines into cryptographically secured Class IV medical/biological audit logs.
Request Pilot Access & Hardware Integration
We allocate limited pre-series quotas for research institutions, agricultural enterprises, and B2B hardware integrations.
Company Headquarters & System Architecture
Austria
Pesendorfstraße 19/2
4451 Garsten/OÖ
North American Field Operations & Research
Nova Scotia, Canada
Academic Reference Site (140 ha)
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A division of Bras d’Or (Gernot Fröhlich)
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