AWS and JPMorganChase Collaborate to Advance Quantum Computing R&D
AWS and JPMorganChase advance quantum computing research through hybrid quantum-classical methods, optimization workflows and experiments on Amazon Braket.
AMAZON WEB SERVICES
Latest Research by Amazon
Explore the latest quantum computing research, experiments and innovations from Amazon Web Services — from Amazon Braket and hybrid quantum-classical computing to quantum simulation, error correction and emerging quantum applications.
AMAZON BRAKET
HYBRID QUANTUM-CLASSICAL
QUANTUM SIMULATION
QUANTUM HARDWARE
ERROR CORRECTION
FEATURED RESEARCH
Amazon Research Highlights
Thermodynamic Sampling of Disordered Materials with an Analog Hamiltonian Rydberg Simulator
Researchers use an analog Rydberg simulator through Amazon Braket to study thermodynamic sampling in disordered materials and benchmark quantum simulation methods.
A Framework for Quantum-Classical Integration Decisions
AWS researchers introduce a framework for deciding when quantum and classical computing should communicate and how hybrid workloads can be structured efficiently.
Realizing the Fermionic Laughlin State on a Trapped-Ion Quantum Processor
Researchers demonstrate the preparation of a fermionic Laughlin state on a trapped-ion quantum processor, exploring topological properties and strongly correlated quantum matter.
Decoding Realistic Quantum Error Syndrome with Quantum Elements Digital Twins
AWS researchers use digital-twin simulations to model realistic quantum error syndromes and study scalable decoding for surface-code quantum error correction.
Getting the Most from Your Quantum Measurements: Adaptive Shot Allocation on Amazon Braket
AWS explores adaptive allocation of quantum measurement shots to improve observable estimation efficiency while working within a fixed measurement budget.