Peter Gariaev was a Russian scientist who developed a theory known as linguistic wave genetics. His research indicates that DNA has quantum optical and acoustic properties which influence our bodies directly, while his technology helps promote health without drugs or supplements.
How did he become a scientist?
Gariaev discovered that our DNA does not reside solely within our genes but instead exists as an electromagnetic holographic fingerprint in intracellular water networks which can be read with a correlation laser. He termed his discovery ‘Lingvistic Wave Genetics’ and developed methods of working with this information for supporting health of an organism, rejuvenation and balancing without medication.
He demonstrated how these “sonic” frequencies could communicate between cells and organisms creating a global network of genetic information. Tragically, he passed away only days after being nominated for the 2021 Nobel Prize for Medicine; nevertheless his legacy will live on and inspire future generations of scientists.
His research is still published in scientific journals such as DNADJ and is continuing to gain momentum worldwide. Before his death, his last article addressed the COVID-19 pandemic by proposing a quantum biological response which would restore communication on all levels of biome to prevent it from reoccurring; such an approach could potentially save millions of lives worldwide.
What was his research about?
Gariaev made an astounding discovery that DNA, when placed inside of a quartz container, naturally absorbed all photons present. He later noticed that even after pulling out the DNA phantom effect was still happening – this revolutionary concept led him to develop what is now known as “linguistic wave genetics”, suggesting DNA creates a force which holds information like gravity even after it has been extracted from its molecules.
What is linguistic wave genetics?
The main practical outcome of the scientific research was the establishment in 1994 of “Lingvistiko-wave genetics”. This theory postulates that DNA can transport information through electromagnetic waves similar to radio waves and be transmitted between cells or organisms thereby creating an extensive network of genetic information beyond individual genes themselves.
Professor Garyaev‘s work was extraordinary. As an author for DNADJ and nominee for the 2021 Nobel Prize in Medicine he left an indelible mark in science – his contributions to wave genetics will go on improving global health through their contributions alone. Sadly, though he passed before accepting it. However, his legacy lives on through his contributions to language genetics that will have long lasting benefits to mankind worldwide.
