It seems to me like the deep state are trying to start a war to distract the peoples attention away from the fact that they blatantly used fake nanoparticle viruses to manipulate and fool the people into excepting a vaccine that is capable of optogenetically controlling the mind.
I agree, also with the comments here. Its sad when you explain the how, when and whys so carefully and they just go back to the comfort of being told what to do.
Its hard for people to believe their government is trying to kill them off. Its even harder to explain this all began 500,000 years ago when Earth was referred to as Eve and alien nations were fighting over who would rule the earthlings. Good /vs/ Evil we all understand, our frens and fam just can't believe their beloved country was run by evil. Its a long difficult process, esp when they have been poisoned by toxins in our environment.
Please don't give up on them, try to be kind and gently nudge them saying its ok we will have medbeds soon and no one will be sick again. Our joy for life and kindness & compassion is killing the evil. Our focus is to manifest a loving, healthy world.
God Bless you all.
Good reply... unsure about the 500,000 years ago part though. Iām at around 3600 years ago there was a second creation of light. A new whirled. the last one shamashed. š
We (the people) shifted the pole (pyramid) from egypt to the north.
Am I making logical sense?
In the midst of the four countries is a Whirl-pool, into which there empty these four indrawing Seas which divide the North. And the water rushes round and descends into the Earth just as if one were pouring it through a filter funnel. It is four degrees wide on every side of the Pole, that is to say eight degrees altogether. Except that right under the Pole there lies a bare Rock in the midst of the Sea. Its circumference is almost 33 French miles, and it is all of magnetic Stone [Jacobus Cnoyen] years ago.
The Rupes Nigra ("Black Rock"), a phantom island, was believed to be a 33-mile-wide black rock (Mercator actually describes the rock's circumference as 33 "French" miles) located at the Magnetic North Pole or at the North Pole itself. It purportedly explained why all compasses point to this location. The idea came from a lost work titled Inventio Fortunata, and the island features on maps from the sixteenth and seventeenth centuries, including those of Gerardus Mercator and his successors. Mercator describes the island in a 1577 letter to John Dee:
John Dee (13 July 1527 ā 1608 or 1609) was an Anglo-Welsh mathematician, astronomer, astrologer, teacher, occultist, and alchemist. He was the court astronomer for, and advisor to, Elizabeth I, and spent much of his time on alchemy, divination and Hermetic philosophy. As an antiquarian, he had one of the largest libraries in England at the time. As a political advisor, he advocated for the founding of English colonies in the New World to form a "British Empire", a term he is credited with coining.
Electromagnetism is a branch of physics involving the study of the electromagnetic force, a type of physical interaction that occurs between electrically charged particles. The electromagnetic force is carried by electromagnetic fields composed of electric fields and magnetic fields, and it is responsible for electromagnetic radiation such as light. It is one of the four fundamental interactions (commonly called forces) in nature, together with the strong interaction, the weak interaction, and gravitation. At high energy, the weak force and electromagnetic force are unified as a single electroweak force.
Magnetic nanoparticles are a class of nanoparticle that can be manipulated using magnetic fields. Such particles commonly consist of two components, a magnetic material, often iron, nickel and cobalt, and a chemical component that has functionality.
John Dee(1527-1608) was a fascinating genius, considered a magus, philosopher and alchemist who captured the attention of the royal courts and best minds throughout Europe. You were either intimidated by his ideas and reputation or you wished to be influenced by them. It has only been in the last century that we've had a more sober approach to Dee, thanks to such authors as Peter French, Francis Yates, Gerald Shuster and Richard Deacon who have rescued this "man of grand design" from obscurity and have realized how significant a thinker he was.
Dr. Dee's learning was far and wide, a brilliant mathematician, whose study ranged from geo-cartography and calculus which was vital in navigating the New World for explorers, to astrology, alchemy, the Cabala, cypher writing, religion, architecture, and science. In short, Dee's metaphysics were a 'red' cross of the Hermetic tradition with a strong dose of mathematics. His library at the riverside village of Mortlake was considered the finest private collection in Europe containing thousands of bound books and handwritten manuscripts devoted to philosophy, science and esoterica. In comparison the University of Cambridge at the time had a mere 451 total books and manuscripts in their possession.
Noel Fermor in the journal Baconiana wrote that, "The Earl of Leicester's father, the Duke of Northmberland, employed Dee as a tutor to his children so that they would have a sound scientific upbringing. Northumberland became a notable scientist with a strong leaning toward mathematics and magnetism. Anthony Wood in his Athenae Oxoniensis, wrote "that no one knew Robert Dudley better than Dee." So it was quite natural for Leicester to introduce Dee to Elizabeth as she was to become the new Queen and it wasn't long before Dee advanced to become the court astrologer.
Little has come down to us in terms of records of Francis Bacon and John Dee knowing each other but on the afternoon of August 11, 1582 there was an entry in Dee's journal that they met at Mortlake. Bacon was 21 years old at the time and was accompanied by a Mr. Phillipes, a top cryptographer in the employ of Sir Francis Walsingham who headed up the early days of England's secret service.
They were there according to Ewen MacDuff, in an article, "After Some Time Be Past" in 'Baconiana', (Dec.1983)" to find out the truth about the ancient Hebrew art of the Gematria- one of the oldest cipher systems known, dating from 700 B.C. They were seeking to discuss this with Dee because he was not only one of the leading adepts of this field, but a regular practitioner in certain levels of Gematria." Also, David Kahn in The Codebreakers suggests that because of Dee's great interest in the 13th century alchemist Roger Bacon, that he may have introduced Bacon to the works of Roger Bacon,"which may help explain the similarities in their thought."
Alfred Dodd in his book Francis Bacon's Personal Life -Story quotes Bacon's biographer and chaplain, Dr.Rawley, "I shall not tread too near upon the heels of truth", letting us know that this biography of Bacon would not be too exact in it's details. Dodd's book speculates that Queen Elizabeth secretly supervised the education of young Francis. There are only brief accounts of his early days at York House and Gorhambury with his adoptive parents Sir Nicholas and Lady Anne Bacon.
The Earl of Leicester, Robert Dudley (the Queen's favorite), was the first man, according to Dodd to license a band of players for dramatic purposes. Without a license, acting was illegal in Elizabeth's England. It was through Leicester's sphere of influence, that a young Francis Bacon had developed interest in drama and the theater while getting the opportunity to know James Burbage, the first man to build a theater in England. Bacon would also get to meet in the Court circles the man who had tutored Leicester and advised Elizabeth on matters of state -the man whom Ian Fleming modeled his 007 James Bond character on, the first and perhaps the best secret agent of the crown, Dr.John Dee.
procuring and delivering COVID-19 vaccines!
Sir Evelyn serves as Queen Elizabeth II's financial adviser.
Director - IBM United Kingdom Holdings Limited (1972ā1995)
U.S. Leads World in Quantum Computing Patent Filings with IBM Leading the Charge - IPWatchdog.com | Patents & Patent Law
Patenting activities in the quantum computing sector have rapidly increased in recent years, with the U.S. by far the preferred jurisdiction for applicants.
https://www.ipwatchdog.com/2017/12/04/u-s-leads-world-quantum-computing-patent-ibm/id=90304/
So there is a force, a diameter mid-earth from the N and S poles, and the magnetic mass at the N pole has shifted, causing the two poles to flip?
... OR ....
Is the sun discharging electro-magnetic storms and interrupting this vector, the magnetic moment, causing the poles to flip?
What is the result of having the poles flip?
Is that accelerating or decelerating the proximity of the sun's heat that will scorch the earth?
Please bare with me, I know very little about this, yet trying to understand the basics.
(A) Illustration of the designed structure for manipulating QD emission. The structure consists of three layers: a top metasurface layer, a middle dielectric layer with a QD embedded, and a bottom gold reflector layer.
The metasurface is designed to convert the QD emissions from the two paths (labeled by 1 and 2) into two opposite circularly polarized beams that propagate along the directions with angles of Īø1 and Īø2 relative to the surface normal of metasurface, respectively.
The inset shows the top view of a silicon nanoblock with a rotation angle of Ļ. (B) Side view of relative positions of QD and silicon nanoblock. r1 (r2) is the distance from the silicon nanoblock r(x, y) to the QD (mirror QD image), and Ī³1(Ī³ 2) is the angle between the direction r1 (r2) and z axis. h and l are the vertical distances from the QD to the metasurface and the gold mirror, respectively. (C) Schematic of the equivalent two-focus metalens of the metasurface. The LCP and RCP illuminated at incident angles of Īø1 and Īø2 can be focused into the same two foci.
Figure 1A shows a schematic view of our designed QD-metasurfaceāintegrated device for on-demand manipulation of the single-photon emission from a QD. The QD is embedded in a homogeneous dielectric layer (SiO2), which is sandwiched between a gold mirror and silicon metasurface. The gold mirror at the bottom is used to reflect the QD emission upward to the metasurface, therefore improving the collection efficiency. Although the emission of QD is randomly polarized, it can always be decomposed into left and right circular polarizations (LCP and RCP). To split the two opposite spin-state emissions along different directions, we use the concept of Pancharatnam-Berry phase, which can introduce an abrupt geometric phase change upon the light after passing through the metasurface.
In detail, the metasurface is composed of anisotropic dielectric nanoblocks with orientation function Ļ(x, y) (Fig. 1A), which can generate a local geometric phase of Ā±2Ļ(x, y), where the sign is determined by the combination of the incidence/transmission polarizations, with a + sign for RCP/LCP and a ā sign for LCP/RCP. With proper design, the LCP and RCP polarizations of QD emissions can be converted into their respective opposite circularly polarized beams and propagate along independent desired directions (denoted by angles of Īø1 and Īø2 relative to the device surface normal for LCP and RCP beams).
Here, it is worth mentioning the difference with conventional spin-splitting metasurface under plane-wave illumination (37, 38). For example, in the plane-wave incidence situation, if the transmitted circularly polarized beam is designed to diffract at an angle Īø with respect to incident axis, then the one with opposite circular polarization will automatically be diffracted to the mirror-symmetric direction with an angle āĪø once the circular polarization of the incident beams is reversed.
However, such automatic spin splitting is not suitable for point source illumination as in here because of the varied optical paths from the point source to the different positions of the metasurface. Therefore, we propose a new design strategy to independently manipulate the two opposite circularly polarized beams so that they can propagate into arbitrary directions (not limited to Īø1 = āĪø2).
Moreover, both the QD emissions that are emitted in a straight line to the metasurface (labeled as 1 in Fig. 1A) and reflected by the gold mirror (labeled as 2 in Fig. 1A) should be taken into account in the design of metasurface. To realize such functionality, the geometric orientation angle Ļ and its corresponding position (x, y) of each nanoblock can be derived by solving the following simultaneous equations (see details in the Supplementary Materials)
