Technology

IBM has presented a leap into the future with its quantum technology.

We started with IBM Quantum Heron, a quantum processor meticulously designed over 4 years and has a novel architecture. It offers not only unprecedented performance but also the lowest error rates so far in a quantum processor from the company.

On the other hand, we find IBM Quantum System Two, the first modular quantum computer, strategically located in Yorktown Heights, New York, is already in operation with three IBM Heron processors, becoming the pillar of IBM's new quantum supercomputing architecture.

IBM's ambition is clearly reflected in the extension of its quantum development roadmap to 2033.

IBM's plan through 2033 is not only to increase the size and complexity of quantum circuits, but also to improve the quality of operations, seeking to take quantum computing to a level of practical and scientific utility never seen. Today, renowned institutions and universities, such as the University of Tokyo or Harvard, are already using these systems to study problems in chemistry, physics, and materials.

IBM also introduced its quantum software, called Qiskit 1.0 and Qiskit Patterns, quantum programming is being simplified, allowing developers to run quantum circuits with greater ease and accessibility. IBM's approach is to make programming more accessible and thus generalize the use of quantum computing.

Generative AI could not be left out, IBM is integrating watsonx and its IBM Granite model to automate the marriage between AI and quantum technology, in a short time we will see changes in how quantum algorithms are built.

IBM presented a new perspective on how we understand and use quantum computing, demonstrating that quantum computing is more than an emerging technology, it is becoming an essential tool for advanced scientific research and is no longer a distant promise, but a tangible and increasingly accessible reality.

To learn more, click here https://www.youtube.com/watch?v=Qndz54SGCAs

09 de Enero, 2024