What happens when quantum software stops forcing you to choose between qubits and qumodes? 🧭 In this PennyLane blog, Jim Furches, Tim Stavenger, and Carlos Ortiz Marrero from Pacific Northwest National Laboratory (PNNL) introduce hybridlane—a library for programming of heterogeneous quantum circuits! With key features like: 🔌 Wire type inference: Auto-detects qubits vs. qumodes using standard syntax. 🚀 default.hybrid simulator: Brings JIT compilation, GPU execution, and automatic differentiation. 💻 PennyLane compatibility: Reuse your favorite qubit gates, algorithm templates, and transforms. Read the full walkthrough with code examples: ↧ Introducing hybridlane: Mixed-variable quantum programming in Penny... What if quantum circuits didn’t have to choose between qubits and qumodes? Learn how to express, simulate, and execute heterogeneous quantum programs within the PennyLane ecosystem.