Amazon took a significant step in quantum computing by introducing the first quantum chip Ocelot. This new chip from the company has the potential to reduce quantum error correction costs by up to 90%.

Inspired by Schrödinger’s Cat thought experiment, Ocelot uses a technology called “cat qubit” to suppress specific types of errors naturally, reducing the resources required for quantum error correction. This enables quantum computers to operate more efficiently and reliably.

Quantum computing is based on principles borrowed from quantum mechanics, using “qubits” to perform faster, complex calculations than traditional computers. Its applications may include drug discovery, cryptography, security, and artificial intelligence. Creating quantum chips that can work with reduced errors, which is currently a transitioning factor, will play a central role in the overall progress of quantum computing. Amazon Quantum Hardware Director Oskar Painter stated, “With the latest advancements in quantum research, it should now be a question of ‘when’ rather than ‘if’ for the practical use of error-tolerant quantum computers in the real world.”

BEING WATCHED WITH GREAT INTEREST
Quantum computing is being closely followed by many industries as it has the ability to solve complex problems that traditional computers cannot. Ocelot may help quantum computers find a wider range of applications.
Amazon’s new chip could accelerate the widespread adoption of quantum computers by significantly reducing error correction costs and making significant contributions to research in various fields.

CAN QUANTUM COMPUTERS BE USED IN HOMES?
As it is known, quantum technologies are not yet at a level where they can enter homes. The primary reason for this is cost. The components of quantum computers, especially cooling systems, cost millions of dollars.
Quantum programming languages are still in very early stages, and software that will make this technology accessible to home users has not yet been developed.
The qubits used in quantum computers are quite easily affected by environmental factors. Due to requirements such as minimal vibration and operation in cold environments, home use is currently not possible.
However, as technology advances, costs and error rates are decreasing. For now, quantum computers used in large-scale data processing and climate modeling may become available for use in our homes in the future.