18/ 🔵From startups to enterprises, governments, and the public sector, all can benefit from rapid process improvements, quantum-resistant security, data integrity, traceability, efficiency, and cost savings in the Web3 era, thanks to #QANplatform.

17/ 🔵Be prepared for the new era with the #Web3 OS by QANplatform. The QAN Private Blockchain / Enterprise Blockchain is the first Ethereum EVM-compatible, Quantum-resistant blockchain where developers can code smart contracts in any programming language.

10/ Users can construct, deploy, and execute workflows that integrate classical and quantum computation in diverse environments, such as cloud or on-premises scenarios. These tools offer building blocks for users to simplify the creation and execution of quantum algorithms.

9/ IBM introduces Qiskit Patterns, aiming to democratize quantum computing development by enabling quantum developers to create code more easily.

7/ As part of the extended ten-year IBM Quantum Development Roadmap, the system is intended to accommodate future generations of IBM quantum processors.

8/ According to the roadmap, IBM wants to reach 2000 qbits by 2033.

6/ The architecture integrates quantum communication and computation, aided by classical computing resources, and utilizes a middleware layer to effectively blend quantum and classical workflows.

5/ IBM Quantum System Two forms the basis of IBM's upcoming quantum computing system architecture.

4/ Researchers and scientist are already running experiments on the IBM Quantum Heron 133-qubit processor, which will be available for users today via the cloud.

3/ The operational phase of IBM Quantum System Two has commenced, featuring three IBM Heron processors along with accompanying control electronics.

2/ IBM introduced IBM Condor, a 1,121 superconducting qubit quantum processor based on IBM's cross-resonance gate technology. Condor pushes the limits of scale and yield in chip design with a 50% increase in qubit density, advances in qubit fabrication and laminate size.

1/ IBM Quantum Heron, a utility-scale quantum processor, boasts top-tier performance metrics and the lowest error rates to date, offering a significant five-fold improvement in error reduction compared to its predecessor, IBM Quantum Eagle.