With EMF’s and Infrared we were concerned about mind harvesting, but with Phonons we are now worried about consciousness harvesting.
Phonons are faster than the speed of light. There is no escaping Phonons!
Oh, and Graphene Oxide has the capacity to interface with Phonons!
Of course, the Vitalianos are at the center of this, too!
Guess who was an Electrical Engineer BEFORE she became Neurosciences Clathrin Bitch? Gordana Vitaliano herself!
Here is her boss; the King Pin of Consciousness and… PHONONS!
His thesis on consciousness.
Here is some scary shit from in the Table of Contents from his book which Gordana helped to edit:
During the period 1995-1998 he headed regional project Brain and Consciousness at the European Center for Peace and Development (ECPD) of the United Nations University for Peace in Belgrade and co-edited 5 books published by ECPD, while from 2009 he is heading the ECPD International School of Quantum-Informational Medicine, with (co-)authored ECPD thematic textbook.
Professor Rakovic has a wide scientific interest, broadly related to materials science and biophysics, covering the fields of nanomaterials and biomaterials, nanotechnology and spectroscopy, as well as biophysics and bioinformatics of biomolecular, psychosomatic, cognitive and electrophysiological functions.
Look, this MOTHRFUCKER is a Graphene Oxide (GO) Guru, too boot.
In this paper he discusses the impact of Phonons on the excitation of GO!
What is phonon in simple words?
A phonon is a definite discrete unit or quantum of vibrational mechanical energy, just as a photon is a quantum of electromagnetic or light energy.
Phonons can be thought of as quantized sound waves, similar to photons as quantized light waves.
The transport mediated by these excitations, termed phonons, which are the discrete units of energy associated with the normal modes of vibration, are largely responsible for thermal conductivity and heat capacity in semiconductors and insulators.
This means that these vibrations of the lattice can emit or absorb light. This is the reason they are called “optical” phonons.
So light and sound will activate GO, as well!
What are the phonons of graphene?
Acoustic phonons are the main heat carriers in graphene near room temperature while optical phonons are used for counting the number of atomic planes in Raman experiments with few-layer graphene.
Researchers have demonstrated that graphene is able to convert a single photon that it absorbs into multiple electrons that could drive electric current — a very promising discovery that makes graphene an important alternative material for light detection and harvesting technologies,
See here, both light and sound activate graphene.
What are the phonon modes of graphene?
The phonon dispersion relation of the graphene comprises three acoustic (A) branches and three optical (O) branches. The modes are associated with out-of-plane (Z), in-plane longitudinal (L), and in-plane transverse (T) atomic motions.
Cited in this patent, Quantum Switches involve photons (light) Phonons (sound) and electrons:
Phonons are worse than EMF’s, they travel in the air!
What wavelength are phonons?
Intriguingly, both near-infrared optical photons and gigahertz phonons have a wavelength of about 1 μm. This results from the 5 orders of magnitude difference in the speed of light relative to the speed of sound.
1 um = 1000 nm ===== near infrared range
To simplify, the phonons carry the magnetic field in brain cells, produced by the Graphene Oxide.
They’ve even done the tests to figure out the threshold required to harvest the most amount of energy! 104-122°F! Highest metabolic rates = highest energy production. You might be brain dead, but at least the NWO will have your consciousness.
Group hug everyone!!! We will all be FRENS in the Quantum!