NEWS
Pulse programming on PennyLane
– Pulse-level access to quantum computers offers many new avenues in quantum optimal control, variational quantum algorithms and device-aware algorithm design.
– You can now run hardware-level circuits combined with standard gates on a physical device in PennyLane via AWS Braket on OQC Lucy
You can now run pulse programs on OQC Lucy’s QPU using PennyLane’s plugin into AWS Braket.
We now have the possibility to run hardware-level circuits combined with standard gates on a physical device in PennyLane via AWS Braket on OQC’s Lucy.
By leveraging the PennyLane-Braket plugin, you can design and execute custom pulse gates controlling physical qubits at the lowest hardware level, including combining digital gates with pulse gates. This is crucial for several reasons. Firstly, it enables researchers and developers to delve into the intricate details of quantum computing at the hardware level, allowing for finer control and optimisation of quantum algorithms. This level of access opens avenues for exploring novel quantum algorithms and optimising existing ones for specific hardware architectures, ultimately pushing the boundaries of quantum computing capabilities.
Additionally, the ability to differentiate parametrised pulse gates natively on hardware facilitates efficient algorithm design and optimisation, promising advancements in various fields that rely on quantum computing, from cryptography to optimisation and machine learning.
Join our newsletter for more articles like this
By clicking ‘sign up’ you’re confirming that you agree with our Terms & Conditions