Quantum Rings Achieves Breakthrough in Large-Scale Quantum Circuit Simulation
November 20, 2024
MIT iQuHack 2025: 24 hours of Quantum Innovation
This weekend, MIT iQuHack 2025 showcased the power of global collaboration in quantum computing. With 414 in-person and 1,205 remote participants from 81 countries, hackers tackled the Quantum Rings Factorization problem, executing 153,000 circuits and ~430 million quantum gate operations—some as large as 21 million operations!
Quantum Rings SDK Now Available on qBraid
Developers can now seamlessly access the Quantum Rings SDK by selecting a native environment on qBraid—no installation required.
MIT Quantum Winter School: Building the Next Generation of Quantum Innovators
Last Friday, I had the honor of presenting at the MIT Quantum Winter School, where students dove into quantum computing fundamentals and programming in just four days. Sponsored by Quantum Rings, IonQ, qBraid, and the Unitary Fund, it was inspiring to see their excitement for the field!
SDK v0.9 & Qiskit Toolkit 0.1.8 Now Live!
Quantum Rings SDK version 0.9 brings compatibility with Qiskit 1.3, support for qiskit-optimization and qiskit-machine-learning, and brand-new documentation with examples to streamline your quantum computing projects!
Quantum Rings on The Post-Quantum World Podcast
Quantum Rings’ CEO and Co-Founder, Bob Wold, had the chance to discuss the Quantum Rings SDK, and it’s exciting leap in quantum computing with Konstantinos Karagiannis on The Post-Quantum World podcast.
SDK v0.8 Release Notes
Quantum Rings SDK version 0.8 introduces the Quantum Rings Toolkit for Qiskit, enabling seamless integration with Qiskit as a native backend. Developers can now scale quantum circuits effortlessly while maintaining compatibility with Qiskit libraries including qiskit-finance and qiskit-nature!
Quantum Rings Achieves Breakthrough in Large-Scale Quantum Circuit Simulation
Quantum Rings has unveiled a major advancement in simulating complex quantum circuits on standard hardware. The company’s SDK successfully replicates Google’s quantum supremacy circuits using just 32GB of memory, achieving unprecedented fidelity.
This innovation enables researchers and enterprises to develop quantum solutions without waiting for fault-tolerant quantum computers. The SDK, compatible with MacOS, Windows, and Linux, is free for academic use, with enterprise licenses available.
SDK v0.7 Release Notes
Quantum Rings SDK v0.7 is here! Now with macOS support, streamlined license management, enhanced QASM parsing, and smoother performance with off-thread telemetry. Upgrade today and enjoy a seamless quantum development experience!
Quantum Rings Joins Duality Quantum Accelerator
Exciting news! Quantum Rings has been accepted into the prestigious Duality Accelerator's Cohort 4, strengthening our mission to democratize quantum computing.
With this milestone, Quantum Rings now holds a strong presence in both U.S. Quantum Hubs: Elevate Quantum in Colorado and Chicago Quantum Exchange in Illinois. This strategic positioning allows us to bring our cutting-edge SDK and quantum simulator to developers worldwide.
SDK v0.5 Release Notes
Explore the latest in Quantum Rings SDK v0.5! With Google Colab support, parametric circuits, enhanced QASM2 imports, and a VQE sample, this release is packed with tools to elevate your quantum computing projects. Plus, manage your SDK keys seamlessly via our new Developer Portal.
SDK v0.4 Release Notes
Experience the latest advancements in quantum simulation with Quantum Rings SDK v0.4! This update brings enhanced circuit execution, new optimization modules, and expanded documentation to push the boundaries of quantum computing.
SDK v0.3 Release Notes
Discover the exciting updates in Quantum Rings SDK v0.3! This release introduces powerful execution optimizations, new performance modes, and the OptimizeQuantumCircuit module, all designed to streamline your quantum computing experience.