Digital Warrior who took the Oath! Thriving in Free Florida Sending Love, Joy & Blessings from our Dad... To ALL on Earth & ALL Above
@themac
Look how evil and stupid these vaccine makers are: they don't have a clue about the real working of DNA> they were thinking that Stop Codons stopped the processes> but at those point, hormones are stepping in, forming quadrupole structures. This happens at at least 4 different stages. during a live cycle. But also at the switch of the seasons of the year. Animals like bears, have to make a good fat layer
to be able to survive the winter. etc.
a problem with the immune system, the body's defence against infection – sometimes something goes wrong with the immune system and it mistakenly attacks the brain, causing it to become inflamed.
viral infections – several common viruses can spread to the brain and cause encephalitis in rare cases, including the herpes simplex virus (which causes cold sores and genital herpes) and the chickenpox virus
9 Apr 2018 — Study confirms that inflammation during pregnancy is linked to baby's brain
A secondary effect... latency?
@themac
Remember: it is a trillion dollar industrie... follow the money.
From Ancient Greek μετα- (meta-), from μετά (metá), from Mycenaean Greek 𐀕𐀲 (me-ta), possibly from Proto-Indo-European *meth₂ (“in the middle”).
meta-
Transcending, encompassing
Pertaining to a level above or beyond; reflexive; about itself or about other things of the same type. For example, metadata is data that describes data, metalanguage is language that describes language, etc. [From 17th century]
Having analogies with metaphysics.
meta-
(geology) Analogies and derivatives of metamorphism [From 19th century]
Back-formation from metastasis.
Prefix
meta-
(pathology) Consequent on.
metamaterial (plural metamaterials)
(engineering, physics) any material that obtains its electromagnetic properties from its structure rather than from its chemical composition; especially a material engineered to have features of a size less than that of the wavelength of a class of electromagnetic radiation
Quantum metamaterials extend the science of metamaterials to the quantum level. They can control electromagnetic radiation by applying the rules of quantum mechanics. In the broad sense, a quantum metamaterial is a metamaterial in which certain quantum properties of the medium must be taken into account and whose behaviour is thus described by both Maxwell's equations and the Schrödinger equation. Its behaviour reflects the existence of both EM waves and matter waves. The constituents can be at nanoscopic or microscopic scales, depending on the frequency range (e.g., optical or microwave).
In a more strict approach, a quantum metamaterial should demonstrate coherent quantum dynamics. Such a system is essentially a spatially extended controllable quantum object that allows additional ways of controlling the propagation of electromagnetic waves.
Quantum metamaterials can be narrowly defined as optical media that:
Are composed of quantum coherent unit elements with engineered parameters;
Exhibit controllable quantum states of these elements;
Maintain quantum coherence for longer than the traversal time of a relevant electromagnetic signal.
Fundamental research in quantum metamaterials creates opportunities for novel investigations in quantum phase transition, new perspectives on adiabatic quantum computation and a route to other quantum technology applications. Such a system is essentially a spatially-extended controllable quantum object that allows additional ways of controlling electromagnetic wave propagation.
In other words, quantum metamaterials incorporate quantum coherent states in order to control and manipulate electromagnetic radiation. With these materials, quantum information processing is combined with the science of metamaterials (periodic artificial electromagnetic materials). The unit cells can be imagined to function as qubits that maintain quantum coherence "long enough for the electromagnetic pulse to travel across".
The quantum state is achieved through the material's individual cells. As each cell interacts with the propagating electromagnetic pulse, the whole system retains quantum coherence.
An electromagnetic pulse (EMP), also sometimes called a transient electromagnetic disturbance, is a short burst of electromagnetic energy. Such a pulse's origin may be a natural occurrence or human-made and can occur as a radiated, electric, or magnetic field or a conducted electric current, depending on the source.
https://en.m.wikipedia.org/wiki/Electromagnetic_pulse
Electrostatic discharge (ESD), as a result of two charged objects coming into close proximity or even contact.
Coronal mass ejection (CME), sometimes referred to as a solar EMP. A burst of plasma and accompanying magnetic field, ejected from the solar corona and released into the solar wind.
Switching action of electrical circuitry, whether isolated or repetitive (as a pulse train).
Continual switching actions of digital electronic circuitry.
again...
Apple seeds need cold stratification to break dormancy.
The term seeding and related terms such as seeded are used in many different several contexts:
Sowing, planting seeds in a place or on an object
Cloud seeding, manipulating cloud formations
25 Jul 2016 — CIA Director John Brennan recently spoke at a Council on ... or SAI: a method of seeding the stratosphere with particles that can help..
Virus latency (or viral latency) is the ability of a pathogenic virus to lie dormant (latent) within a cell, denoted as the lysogenic part of the viral life cycle. A latent viral infection is a type of persistent viral infection which is distinguished from a chronic viral infection.
Graphene quantum dots-silver nanoparticles as a novel sensitive and selective luminescence probe for the detection of glyphosate in food samples - ScienceDirect
Glyphosate (Gly) is the most widely used herbicide at the moment. It presents a broad spectrum of action, hence its use for many different crops. Regu…
https://www.sciencedirect.com/science/article/abs/pii/S0039914019309774
If two qubits are quantum-mechanically linked, or entangled, they can help perform 2^2 or four calculations simultaneously; three qubits, 2^3 or eight calculations; and so on. In principle, a quantum computer with 300 qubits could perform more calculations in an instant than there are atoms in the visible universe.
