Quantum Algorithms on Classical Computer
The Quantica Tech DMCC company launch, already established in Dubai, Miami and Florianópolis, aims to design and develop solutions in the quantum technology field. Hence the name “Quantica Tech”. It goes far beyond cryptocurrencies. It involves mental engineering, in particular issues of advanced three-dimensional intersections crossings data, knowledge, ontology engineering and finding hidden knowledge in mega databases and text (structured and unstructured knowledge) with strong enforcement in numerous areas of expertise and technologies, especially in security and intelligence areas, and from where they can derive to several other areas, especially in the financial, banking and industrial world, national sovereignties and public security. Enforcement in the area of Strategic Intelligence, State Intelligence, Public Securit and Private Security.
Quantica Tech is the enforcement of the quantum computing paradigm to all of these topics, whereas the Quantica Coin Family is the specific enforcement to the universe of cryptocurrencies, giving rise to a new generation of coins and a protocol for their development, production, and mining.
Overview
A masterpiece of mathematics, Asymmetric Cryptography might take more than ten thousand years to be deciphered, protecting Blockchain, Digital Currencies, Tokens, NFTs, end-to-end encryption chat apps, among many other applications.
Ten thousand years of computer mathematical efforts to decipher.
But a new technological frontier faces and challenges our future. The world is about to enter a new and perhaps the biggest technological leap! The Quantum Computing era is getting closer. Capable of establishing a new frontier to mankind, impossible to predict its limits. Quantum computing changes everything, then thousand years in three seconds.
The power of this technology will be a breakthrough, it will solve problems of civilization, or it will become the most powerful war weapon ever designed.
This can cause damage. Including to cryptocurrencies. A market worth over two trillion dollars... will turn to dust.
While we can trust crypto markets because we know they are safe, whole and authentic, we can attest that we will see the quantum computers in offices of large corporations or perhaps in the palm of our hands still in this lifetime…
Our purpose is to enable quantum cryptographers algorithms to be used today, in our personal computers, securing our assets and data for the future.
The goal of this document is to introduce a reference overview for conceptual models of new technologies originated from quantum concepts, in particular, a unit of cryptocurrencies based on the paradigms of quantum computing.
QUANTUM COMPUTING STAGE OF DEVELOPMENT AND IMPACT TO CRYPTOGRAPHY
Instead of new chip architectures, the quantum computing logic based on a new way to store digital information. A bit – the smallest information data unit in a computer - has two positions in the classical system, "On/Off", or “0/1”. The two binary positions combination in each informational key allows the classical systems performance.
The quantum computer has a new processor architecture, based on new materials and new processing models composed in subatomic particles. In quantum computing, the current “bits” will make way to the minimum informational unit “qubits”, with wider data processing and storage.
The quantum computing purpose is to use the same conceptual space - bit - but instead of a binary content “0/1” it contains a three dimensional sphere which can include countless features within its characteristics, which combined, create an information sequencing chain endlessly superior to binary logic. The qubit can exist anywhere on the sphere, that is called coherent superposition.
INFORMATIONAL UNIT
Briefly, a "spatial" and three-dimensional view of information storage designs a great and much more powerful ability to process and store information. For it to be possible, very strict and specific conditions, such as magnetic, seismic, acoustic, physical, and chemical; need to be present in order for an atomic particle to create an environment where the behavior of an information storage unit can be controlled.