Today, Amazon Braket introduced a local device emulator that enables developers to test verbatim circuits with device-specific characteristics before running on quantum hardware. This feature accelerates development by providing early feedback on circuit compatibility and expected behavior under realistic noise conditions, helping customers validate their quantum programs and develop noise-aware algorithms without incurring hardware costs.
The local device emulator offers several key capabilities:
- Validates circuit compatibility with target quantum devices, including qubit connectivity, native gate sets, and device topology constraints
- Simulates quantum circuits with depolarizing channels applied to one-qubit and two-qubit gates based on device calibration data
- Provides realistic predictions of program behavior on noisy hardware using local density matrix simulation
- Supports both real-time and historical calibration data for device emulation
Braket users can instantiate device emulators directly from AWS quantum devices or from custom device properties using the Amazon Braket SDK. The emulator seamlessly integrates with existing workflows, allowing developers to catch compatibility issues early and efficiently iterate on their quantum algorithms before running them on actual quantum hardware.
For more information, visit the Amazon Braket developer guide, read the launch blog post, and explore our example notebook demonstrating the local device emulator.
Categories: general:products/amazon-braket,marketing:marchitecture/quantum-technologies
Source: Amazon Web Services
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