INTERNATIONAL INSTITUTE OF INTELLECTUAL PROPERTY
Interuniversity Higher Academic Council, Paris, France
INTERNATIONAL PATENT
FOR PRODUCT N° 06.019.12
Biomedical technologies — orthopaedics — anti-ageing therapy
INNOVATIVE MATTRESS COVER — IFIBR FIBRANIUM
Introduction
This report is devoted to the invention of a nanotechnological product, the INNOVATIVE MATTRESS COVER ‘IFIBR — FIBRANIUM’, which, when used, helps to quickly relieve chronic back pain, restore the nervous system, normalise sleep and relieve nervous and mental tension. The product helps normalise energy and information processes in the body and can be successfully used in anti-ageing programmes.
Keywords: chronic lower back pain, placebo control, randomised clinical trial, natural minerals, silicon fibre, nanotechnology, silica, anti-ageing therapy.
Priority information
Priority of the discovery on 14 April 2023 — documents related to this discovery were published in issue No. 5 of the scientific journals Les Scientifiques Français and The World Scientists in 2023.
Description of the invention
The purpose of this communication is to familiarise the wider scientific community with the principles underlying a revolutionary nanotechnology invention — the innovative IFIBR — FIBRANIUM mattress.
The IFIBR — FIBRANIUM product is a cotton mattress containing 30% silica fibre, the source of which is a healing earth mined in South Korea, known today as FIBRANIUM, containing a special type of silicon crystals. Hollow silicon fibre is comparable to natural down in terms of ventilation, comfort and elasticity, which is why the mattress from the Austrian manufacturer Elox GmbH creates the ideal conditions for a healthy night’s sleep.
FIBRANIUM fibre is capable of restoring the flow of energy in the body. It has its own radiation, which stabilises the body’s energy balance.
FIBRANIUM and natural minerals are used as fillers in the mattress (lyocell/100% wool), which is then used as a cover for the regular mattress you sleep on at night. The hypothesis that this fabric reflects the body’s infrared and near-infrared radiation (wavelengths from 4 to 14 nm) has been confirmed by extensive laboratory research.