Quantum computing basics

Why is the quantum computer different?

Quantum computing has many concepts that help us understand its potential applications in the organization or industry. All computing systems rely on the basic ability to store and manipulate information. Conventional computers store information in bits (zeros and ones), and quantum computers use qubits. Quantum computers take advantage of the laws of quantum mechanics found in nature. They represent a fundamental change from traditional information processing.

Quantum computers exist now because we’ve recently figured out how to control what’s been in the world all this time: the quantum phenomena of superposition, entanglement, and interference. These new components expand designability into algorithms in computing. Quantum computers offer us a new vision of problems that can reveal solutions that would be invisible to classical computers.

More details on how quantum computers work

Let’s run our first quantum program!

During the DEMO, we present the SODOKU game. This is a good representation of the “black box” problem, when we don’t know which result is appropriate, but if we give logically good conditions, the quantum algorithm will find a solution!

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Frequently asked questions

Will quantum computers replace classical computers?

No! Quantum computers are no substitute for classical computers. The fundamental difference of a quantum computer is that a program does not run deterministically, but probabilistically. As a result, a problem that accelerates exponentially (large-space search, optimization, machine learning, etc.) provides an advantage in this.

How are your running quantum softwares? Do you have quantum computers?

We are currently doing cloud-based quantum programming. Free quantum computers are available, but we have better, more efficient, unlimited access to quantum computers due to the partner program. This is how we can serve the needs of our partners.

Where can you learn quantum programming?

At present, there is limited access to the acquisition of vocational basics in the domestic education system. Many materials are available on the Internet. If you want to acquire knowledge in a team or community, we recommend our QNexus Association, which includes many programmers, researchers and development members, with whom we jointly launched a mentor program.

Meet our team

Leaders of Quantum Nexus

Benedek Botár

CEO

Bálint Farádi

CTO

László Somlyai

CFO

Source: IBM Educational Material