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The Evolving Landscape of Computers: From Silicon Valleys to Quantum Frontiers

The Evolving Landscape of Computers – The article is devoted to real-life computers running on quantum computers, their technical characteristics, and capabilities.

Are there quantum computers?

A quantum computer is a computing machine that uses the laws of quantum mechanics: entanglement and the principle of superposition. It sounds incomprehensible, but everything is not easy in reality, so let’s put things in order.

We remember from our school computer science course that modern computers operate in a binary system. The unit of information in them is bits, which can take two values: 0 and 1. Logical operations with bits create all the computer magic: you listen to a song, watch a video, or generate pictures of cats in a neural network.

Physically, the bit looks like a tiny transistor, which is extremely primitive: it can only turn on and off, like a light bulb in a New Year’s garland. But it does it so quickly and in such close connection with other “light bulbs” that it allows the computer to perform complex calculations almost at the speed of light.

Quantum ones exist in reality, but computers are still at an early stage of development. The most prominent quantum computer to date is the 433-qubit IBM Quantum Condor1, unveiled in 2023. However, this computer is not available for general use and only works in laboratory settings.

How does a quantum computer work?

Superposition is the ability of a quantum particle to be in several states at once. Superposition has an attractive property: it immediately “collapses” when an observer appears.

Imagine that you tossed a coin and watched it spin. You cannot say precisely what she is showing you now – heads or tails, everything is turning, nothing is clear, someone stops this. But as soon as you “slam” the coin in your palm, everything becomes clear. The qubit behaves in precisely the same way – until you act on it with a measuring device, it will remain in all states between zero and one at once. It sounds strange, but this is one of the central commandments of quantum mechanics.

When will there be personal quantum computers?

Quantum computers for personal use can have many helpful applications in daily life. For example, aiding in learning, entertainment, communication, and safety. However, there’s uncertainty about when these personal quantum computers will become available. One challenge is maintaining the stability of qubits, the building blocks of quantum computers. They are highly sensitive and need specific conditions to stay in their special states. Achieving this requires extremely low temperatures, a high vacuum, and protection from electromagnetic fields. Meeting these conditions involves using special equipment and consuming a lot of power. The difficulty in creating personal quantum computers adds to the uncertainty about when they will become available. Another factor is the requirement for universal methods and algorithms for quantum computing. Different quantum computer projects use other physical systems for quantum computing.

Quantum computers are one of modern science and technology’s most actively developing areas. In recent years, many vital results and progress have been achieved in this area. Here are some of them:

In 2021, Google announced achieving quantum supremacy with its 53-qubit Sycamore quantum processor. The company claimed that its processor could complete a task that would have taken about 10 thousand years on the world’s most powerful supercomputer, Summit. However, IBM disputed this result, arguing that Summit could have solved the same problem more accurately in 2.5 days.

In 2022, IBM introduced the most powerful quantum processor – 433-qubit quantum processor Quantum Condor. The company also announced its roadmap to create a million-qubit quantum processor by 2030.

In 2022, Intel introduced its new 144-qubit quantum processor, which uses spin-qubit technology. The company also works on a 1000-qubit quantum processor using superconducting transistor technology.

In 2022, Amazon launched its cloud service for accessing quantum computers, Amazon Bracket.

Quantum computers in life

So, quantum computers solve very complex problems very quickly. But why didn’t they supplant the slow classical systems?

Other problems prevent quantum computers from completely replacing their predecessors. Do you remember that they process information fundamentally differently? This means that they need entirely different programs.

The Role of Computers in Gaming:

Many online gaming platforms, such as the Big Bamboo free play, BECme very popular in computing prowess and entertainment. Today, it is possible to use all the potential capabilities of computer technology. This allows to store a massive amount of information while occupying minimal space. Also, computer technology makes it possible to quickly process and protect this information.

The gaming world has evolved at an impressive pace over the past couple of decades, and there’s no end in sight. Predicting future trends is difficult because technology is developing so quickly. However, we can identify at least a few trends that could impact the gaming world in the near future.

Virtual reality or augmented reality are the main trends of the future. Virtual reality in online casinos has been talked about for many years, but at least until now it has not gained much importance.

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