Keep up with the newest PennyLane features and events, while learning the latest and greatest in quantum programming from quantum coding experts.
Breakthrough research and collaboration drives PennyLane development. In this blog post, read how researchers at Yale's Quantum Institute collaborated with the PennyLane team to bring their latest research results to users of PennyLane.
The Quantum Compilation wiki includes overviews and implementations of key compilation techniques for reducing the size of your circuits to run them on next-generation quantum computing hardware.
PennyLane v0.41 and Catalyst v0.11 are out, with features including resource-efficient decompositions, Qualtran integration, end-to-end sparse execution, QROM state prep, dynamical Lie algebras, structured and dynamic programs with better Catalyst integration and more!
We've selected our favourite papers from the first quarter of 2025. Read our takeaways from the top quantum algorithms papers that we admire and that have been influential to our research.
Learn how quantum computing can revolutionize material discovery by enabling simulations of quantum dynamics. This blog post explores a novel quantum algorithm for vibronic dynamics with a case study on designing more efficient solar cells based on singlet fission.
