Modern computers solve various extremely important issues. A real technology revolution took place. That revolution has changed our society. And quantum computations are absolutely inevitable in our modern conditions. For that reason, multiple giant companies and even some startups are engaged in the design of an operational quantum machine.
Quantum computations belong to a developing and thriving area. However, most of the prospective customers have no access to the centralized platforms.
It would be great if that cherished computation would become available for everyone, if there would be no need to buy a supercomputer for both businesses and individuals. Right now, there is a high competition in pursuit of Quantum primacy.
The Qilimanjaro team has a goal to make a unique quantum computing infrastructure; the majority of users will have an access to at a reasonable cost. There will be no need to purchase a costly quantum machine or software.
Qilimanjaro also excludes a necessity to search for expensive partnership with large participants of the quantum computations field.
What is the gap between quantum and ordinary machines?
Ordinary computers are almost opposite to quantum ones. Let’s say, a three-bit storage register traditional computer can represent eight various information types, but on the other hand, it can render just one of all 8 possible statuses concurrently.
A quantum system having similar parameters, for example, a photon having two polarization states for representing 1 or 0, is able to exist as one of these 8 states, but also in a linear combination of each of the possibilities.
Quantum computer is a peculiar system created for solving a peculiar problem. Traditional computers, in turn, are limited in their potential.
Some calculations which seem to be totally impossible to do with an ordinary computer can be computed with the help of a quantum machine. It’s absolutely possible to factorize 100’s of digits and crack RSA encryption, to make accurate weather predictions by simulating the air and ocean by means of a quantum computer. Quantum computers can become actually a perfect solution for multiple problems concerning computational capacities, such as optimization or simulation.
However, if you plan to use them for making your games run faster, you will be disappointed; they are created not with that purpose. These supercomputers, practically, can’t be created as a commercial desktop, while their system requires extreme conditions.
Quantum machines use qubits and they are similar to bits in ordinary computers. Depending on the amount of qubits, quantum computers are pretty powerful. It is very important that each extra qubit doubles the power of the computer up.
Most likely, these innovative machines will be used along with conventional ones, because users will hardly use them for their everyday needs, such as creating a document or playing their favorite games.
Despite these innovative technologies, the creators of Qilimanjaro platform have an idea of where their project can be applied. They plan to use their technologies in quantum metrology, communication, computation, and simulation fields.
Qilimanjaro Quantum machine threatens cryptographic algorithms. For that reason, the project offers using reliable quantum cryptography able to resist the attacks.
Quantum machines have another advantage over conventional machines. They use significantly less energy for running effectively. For example, a quantum superconducting circuits-based machine has to operate at a very cold temperature (-273.14 ºC). The dilution refrigerator cools it. While reaching that temperature, a certain amount of energy is needed. However, as soon as it is reached, a quantum computer consumes a very small energy amount. The size of the quantum machine doesn’t influence the amount of the energy to be consumed for reaching very low temperatures. Thus, the quantum computers save too little energy and power, unlike conventional machines.
The Qilimanjaro project renders a concept of an ecosystem which supports the creation of global companies. The commercial application of quantum machines is still in progress. For that reason, it will give you lots of benefits when investing in that new field at the early stage of its development.
Various processes connected with machine learning, scientific investigations, and data analyzing require processing huge amounts of various information. That’s what the Qilimanjaro quantum machine will be able to cope with. It will analyze and perform very difficult tasks very easily, the tasks, which are impossible for conventional machines. Quantum technology has a very serious potential and it is still at the very beginning of its path. Very soon, quantum algorithms will change the existing cryptographic protocols and will solve multiple optimization issues within the shortest timeframes. That is really a new stage of the computing history, and Qilimanjaro team is an integral part of that revolution. Thanks to it, both individuals and businesses will have almost a free access to innovative quantum machines for reaching their goals easier.
The designers are going to create a quantum computer with an affordable access for almost anyone and offer a software service adapting ordinary problems into quantum algorithms.
The platform supposes to develop users’ community, in which all the contributions have to be rewarded and where the quantum software ecosystem will be empowered.
The team is divided into two separate groups – Computing Services and Software Services. Each of the team has its own obligations and goals.
Project Team:
Advisors:
Token allocation
The Qilimanjaro token is called QBIT. It is a standard ERC-20 token based on the Ethereum blockchain. The private presale is finished now and the date of the crowdsale is to be announced. The platform offers no bonuses. The price of the token is 00037 ETH/QBIT.
Project links:
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Authored by: Malabarka (@Precious_ship)