Quantum Supremacy Already Happening using Resources of Space
Theoretically, using the resources of space, a quantum computer could be built in space according to the MIT Technology Review: Why the quantum internet should be built in space.
In October 2019, Google announced its 53-qubit quantum computer named Sycamore had achieved ‘quantum supremacy.’ That’s when quantum computers can complete tasks exponentially more quickly than their classical counterparts.
In this case, Google said its quantum machine completed a task in 200 seconds that would have taken the world’s most powerful computer 10,000 years to complete.
IBM, another major player in quantum computing, took issue with the findings in a blog post which argued the same task could be performed in 2.5 days on their state-of-the-art classical computer.
However, we need hundreds of thousands of qubits to achieve things like replicating a molecule. As Bob Sutor, Vice President of IBM states beginning at 9:49 in the following video, that is what it takes to simulate any molecule such as the caffeine molecule.
The Hype Over Quantum Computers, Explained
What are qubits?
Quantum bits or “qubits” are memory bits that can, unlike classical bits, take on not only the binary values of zero and one, but also any arbitrary combination of these states or a phenomenon called quantum superposition.
A qubit is the basic unit of information in a two-level quantum system where the two basis qubit states, usually written as (0) and (1), can be in state (0), (1) or (unlike a classical bit) in a linear combination of both states. A quantum computer consisting of n qubits can exist in a superposition of 2n states from (000…0) to (111…1) states. [1]
“With this, an entirely new kind of computation and data processing becomes possible, which for specific applications means an enormous acceleration of computing power,” explains PSI researcher Manuel Grimm, first author of a new paper on the topic of qubits.
The authors of said paper published in PRX Quantum describe how logical bits and basic computer operations on them can be realised in a magnetic solid: qubits would reside on individual atoms from the class of rare-earth elements, built into the crystal lattice of a host material. On the basis of quantum physics, the authors calculate that the nuclear spin of the rare-earth atoms would be suitable for use as an information carrier, that is, a qubit.[2]
But tiny quantum objects – such as electrons, or photons of light which constitute resources of space – are qubits too, albeit containing hundreds of thousands of qubits capable of creating coffee molecules and all the rest of creation.
In a quantum computer, a number of elemental particles such as electrons or photons can be used (in practice, success has also been achieved with ions), with either their charge or polarization acting as a representation of 0 and/or 1. [3]
Resources of Space Create Matter
As early as 1934 the Breit-Wheeler theory which followed the previous theoretical work of Paul Dirac showed that a positron–electron pair is created from the collision of two photons. It is the simplest mechanism by which pure light can be potentially transformed into matter.
“We have shown in principle how you can make matter from light. If you do this experiment, you will be taking light and turning it into matter.” Steven Rose, Department of Physics at Imperial./
On January 28, 2021 it was reported that researchers at the University of Basel and Ruhr University Bochum have developed a source of single photons that can produce billions of quantum particles per second. …The photon source represents a new and powerful building-block for quantum technologies.[5]
Credit: University of Basel, Department of Physics
A micro-cavity in this image ensures that the photons are guided into an optical fiber and emerge at its end.
Photons or light contain the necessary information to create matter as well as provide the necessary building blocks for quantum technologies. And perhaps it may also be that there is an underlying truth to the notion that light is created out of darkness in the first instance: as in “Let there be light“. This adds another dimension (or maybe removes one) to the seeming duality that exists here.
Does Information Create Existence via Photons?
Fotini Markopoulou-Kalamara is a Greek theoretical physicist interested in quantum gravity, foundational mathematics and quantum mechanics inter alia.
She posits that one theory that could account for the contradiction between General Relativity, which describes physics at large scale, and Quantum Mechanics, which describes physics at small scale, is that space-time is not fundamental. The curvature of space-time is so high that you have to have a quantum description of space-time itself, she argues.
Quantum mechanics regards the flow of time as universal and absolute, whereas general relativity regards the flow of time as malleable and relative.
Her hypothesis suggests that space-time is not fundamental but is an emergent description of something else that underlies it. That something else, she posits, could be information.
“Let there be Light”
An emerging hypothesis from empirical evidence, and regarding the resources of space which quantum computing is set to utilize, is that light carries information usable by quantum computing.
The hypothesis is that photons carry the blueprint of the multiverse via every massless photon, and into every living and inanimate thing, thus creating everything from the information it contains – in the same way that DNA creates from information it contains.
BTW, DNA is also carried in the resources of space, apparently. [4]
Photons are possibly only massless in our dimension and originate from a higher dimension, thus “losing” their mass because they blink in and out of our reality. The dimension from which they spring is hypothesized to be Oneness which controls the Electric Multiverse. Or what could be perceived as the one true God – understood to be light, truth and love – but which is quantum digital information, at least.
“Yet astronomy is stuck in the gas-light era, unable to see that stars are simply electric lights strung along invisible cosmic power lines that are detectable by their magnetic fields and radio noise.”
Wallace Thornhill | Linked in
Do Resources of Space Create the Multiverse?
The coherent influence of electrical circuitry, if dissected down to the quantum level, is all electrodynamic circuitry. Anything alive has a sustained resonant feedback with the rest of the circuitry of the multiverse.
In the case of plants and animals (and even inanimate objects) in our corner of the multiverse, the information that is received by them via the resources of space, viz. photons or light, assimilates with resident, innate information in their cells, keeping them alive or in existence.
The hypothesis is that in animals with a brain, which naturally includes us, the digital information contained in every “massless” photon which hits the right hemisphere of the brain attempts to match what has been learned and stored in the left hemisphere, via the collosum, in order to create brain symmetry or mental health – the opposite being cognitive dissonance, disharmony or mental illness.
For animals which have not had the gene for knowledge of good and evil turned on – supposedly by the malic acid in the apple deliberately or otherwise made susceptible to it on our genetically engineered or created gnome – they are not born with the ability to choose between right and wrong since they only have the knowledge of good, which is what makes our pets so adorable.
So a match between what is received from the resources of space and what exists in the cells in the left brain is pretty close in our pets. Although it is possible to inflict our brain dissymmetry onto dumb animals so they become neurotic, or mentally ill, or have brain disharmony, too.
Because, if their learned behaviour in the left brain does not match what the right brain is receiving from light or photons, then that automatically creates brain dissymmetry or mental illness, even in dumb animals, but especially in those non-dumb animals who know the difference between right and wrong from birth, like us.
With plants, an experiment done in the ’70s and reported in “New Scientist” consisted of simple binary programs being passed through plant tissue kept alive in vitro that required a (1) or (0) response, and 99.999% of the time the response by the plant tissue was logically true.
At ~14:40 of the following World Science Festival YouTube video you will find that Simon Garnier, Biologist says of slime mold – which are not really a plant or an animal or a fungus but somewhere in between – that they are good at playing the casino!
Conclusion
Quantum computing using the resources of space, viz. photons or at least ions which has been achieved [3], means that information is being carried by the resources of space in virtual computer chips if you like to everything in creation. That makes sense of Oneness and the age old belief that the one true God is light, truth, life and love.
So despite Eve’s choice to eat the apple and turn on the gene for knowledge of good and evil: are we here to learn from the information carried by the resources of space that we do not really have a choice after all?
Because, the opposite of truth is lies and of love is hate and of life is death and of light is darkness. And lies, hate, death and darkness could only appeal to someone abysmally mentally ill. This is not god-like prophesy but small baby steps in the right direction.
And I’m told that even depression, which is not the same as sadness and which affects 1 in 4 in the UK, is on the lighter scale of mental illness. But it is a fate worse than death which is why so many sufferers choose suicide.
References:
[1]Superposition
[2]New blueprint for more stable quantum computers
[3]qubit
[4]Proof DNA building blocks exist in space points to key role for meteorites in creation of life on Earth
[5]Single Photons Developed That Can Produce Billions of Quantum Particles per Second
[6]Quantum Computers may be destroyed by high energy particles from space
[7]Quantum Computing for the Qubit Curious
