Quantum Chemistry: New Algorithms Emerge From Quantinuum Deal
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Quantinuum and Hiverge have collaborated to advance discovery in the field of quantum algorithms for quantum chemistry. The collaboration focuses on leveraging Hiverge’s engine for automated algorithm discovery to generate novel approaches to quantum computation. This work aims to address challenges within quantum chemistry by automating the process of finding effective algorithms. Quantinuum, a leading quantum computing company, partners with the Cambridge-based startup to accelerate innovation in this critical area of computational science.
Quantum Algorithm Discovery Collaboration Focused on discovering new quantum algorithms, Quantinuum and Hiverge have begun a collaboration utilizing advanced quantum computing capabilities. This partnership brings together Quantinuum, identified as a leading quantum computing company, with Hiverge, a Cambridge-based startup specializing in an automated algorithm discovery engine. The core of this effort centers on the development of algorithms—specifically, those geared towards applications in quantum chemistry. The collaboration aims to leverage Hiverge’s engine to automate the process of quantum algorithm discovery. This is significant because discovering effective quantum algorithms is a complex undertaking. By automating this process, Quantinuum and Hiverge hope to accelerate advancements in quantum chemistry – a field poised to benefit greatly from quantum computing’s capabilities. Notably, this isn’t simply theoretical work; the collaboration joins a leading quantum computing company with a startup focused on discovering the algorithms needed to run on that hardware. This suggests a practical, end-to-end approach to quantum innovation, attempting to bridge the gap between algorithm design and actual quantum computation for chemistry applications. Quantinuum and Hiverge Partnership Focused on advancing quantum algorithm discovery, Quantinuum and Hiverge have partnered to leverage their combined expertise in high-fidelity trapped-ion quantum computing. This collaboration brings together Quantinuum, identified as a leading quantum computing company, and Hiverge, a startup based in Cambridge. The core of their joint effort centers around developing methods for automatically finding new quantum algorithms—essentially, letting software discover how to best use quantum computers. The partnership specifically targets applications within quantum chemistry. Hiverge is contributing its engine for automated algorithm discovery to this effort. This engine will be used to potentially accelerate the development of quantum solutions for complex chemical problems—a key area where quantum computers are expected to offer advantages over classical computers. This collaboration signifies a shift towards automating the challenging process of quantum algorithm design. Rather than relying solely on human expertise, the combined efforts of Quantinuum and Hiverge aim to leverage software to identify and optimize algorithms—potentially unlocking faster progress in the field of quantum chemistry and beyond.
Automated Quantum Algorithm Discovery for Quantum Chemistry Quantinuum, the world’s leading quantum computing company, and Hiverge, a Cambridge-based startup developing an engine for automated algorithm discovery, have initiated a collaboration on quantum algorithm discovery. Source: https://www.quantinuum.com/blog/automated-quantum-algorithm-discovery-for-quantum-chemistry Tags: Quantum News As the Official Quantum Dog (or hound) by role is to dig out the latest nuggets of quantum goodness. There is so much happening right now in the field of technology, whether AI or the march of robots. But Quantum occupies a special space. Quite literally a special space. A Hilbert space infact, haha! Here I try to provide some of the news that might be considered breaking news in the Quantum Computing space. Latest Posts by Quantum News: Google DeepMind & UK Government Expand AI Partnership for Science December 12, 2025 IBM Granite 4.0 Achieves 2x Faster AI Inference Speeds December 12, 2025 Qubits 2026: D-Wave Hosts Annual Quantum Computing Event December 12, 2025