In this very category we will talk about Quantum computing ,their advacements and all
Australian researchers at UNSW Sydney have achieved a landmark breakthrough by entangling the nuclear spins of phosphorus atoms in silicon chips, enabling robust long-distance quantum communication between qubits. This advance, compatible with existing chip manufacturing, paves the way for scalable, industrial quantum processors and brings practical quantum computing closer to reality.
A landmark study reveals that zero-measure quantum states can optimally detect spins for any transformation, setting a new foundation for quantum sensing and unlocking greater precision in scientific and industrial applications.
India has successfully tested its first indigenous 6-qubit quantum processor, marking a significant leap in the National Quantum Mission and positioning the nation as an emerging force in quantum computing. Developed by DRDO, TIFR, and TCS, this breakthrough sets the stage for scalable quantum technologies and self-reliance.
Setonix-Q is expanding hybrid quantum computing access for Australian researchers through the NCMAS 2025 call, offering advanced resources and fostering regional innovation.
IonQ has achieved a quantum internet milestone by converting visible photons to telecom wavelengths, enabling quantum signals to travel over existing fiber networks and paving the way for long-distance quantum networking.
WireUnwired Brief: 1.DARPA and Microsoft collaboration: The U.S. Defense Advanced Research Projects Agency (DARPA) has selected Microsoft as a partner to explore scaled quantum computing in support of DARPA’s broader quantum strategies. 2.Microsoft’s unique approach: Microsoft is working to deliver quantum…
With this product release plan, we are opening doors to a new world of computational possibilities. We are excited to leverage all the building blocks developed in past years – qubit shuttling, transversal gates, high-fidelity 2- qubit gates – to…
A new study from ETH Zurich shows that bilayer graphene (BLG) could be a promising platform for quantum computing. The researchers found a type of qubit that exist within BLG for longer duration, which could lead to new possibilities for…
In this article, you will learn: What is a 5-qubit superconducting quantum computer and why is it important How Taiwan achieved this breakthrough in quantum technology What are the benefits and applications of this quantum computer How this project showcases…
Chinese scientists have made a breakthrough in quantum networking by achieving a crosstalk-avoided quantum network node using a single ion species. This is a significant step towards the future development of quantum technologies in networking, as it greatly simplifies the…
A collaboration between art and science is unfolding at Google’s Quantum AI Lab. The lab’s artist in residence, Forest Stearns, and the engineer behind Google’s first quantum AI computer, Erik Lucero, are working together to turn the lab into a…
In April 2023, the first KIDE Cryogenic Platform was ready to be delivered to its new home at IBM. In this article, we take a detailed look at KIDE, and how Bluefors took it from initial concept to production-ready reality in less…
An early and successful foundation in quantum computing is necessary to achieve leadership in this emerging field and hence, The MeitY Quantum Computing Applications Lab is established with the support of AWS. It is the first of its kind initiative…
China Launches Its Third-Generation Superconducting Quantum Computer China has made a significant breakthrough in the field of quantum computing with the launch of its third-generation superconducting quantum computer, named “Origin Wukong”. The computer is powered by a 72-qubit superconducting quantum…
Introduction Quantum gates are the building blocks of quantum circuits, analogous to classical logic gates in conventional digital circuits. They operate on a small number of qubits and are reversible, preserving the quantum state information. In this article, we will…
1. Introduction to Quantum Computing The invention of the world’s first digital computer in 1946 marked the beginning of a new era of computing. These early machines had very specific uses and could not handle complex or diverse problems. The…
In a quantum leap for scientific discovery, Microsoft’s collaboration with the Pacific Northwest National Laboratory (PNNL) has ushered in a new era of battery technology, propelled by the seamless integration of artificial intelligence (AI) and high-performance computing (HPC). This groundbreaking…
Over the past two decades, a technological revolution has been brewing, with giants like Google, Microsoft, and IBM competing to establish quantum computing. With over $5 billion invested by eager investors, the goal is clear: To bring Quantum computers into…
Embarking on an awe-inspiring journey through the intricate landscape of quantum physics, a recent breakthrough has emerged, revealing a profound connection between the mysterious realms of quantum entanglement and topology. Led by researchers from the Structured Light Laboratory at the…
Quantum computing is rapidly moving from research labs into the real world. Tech giants like Google, IBM, and Microsoft are racing to develop practical quantum computers that deliver exponential leaps in processing power. As quantum technologies advance, demand for quantum-trained…