Our mission is to accelerate quantum computing and use its power to achieve unprecedented breakthroughs in pharmaceutical drug discovery, healthcare, materials science, cybersecurity, energy transformation, and technologies to help mitigate climate change.
Major Upgrade for System Model H1-1, Powered by Honeywell
20 fully connected qubits
Preserved low two-qubit gate errors
Maintained fidelities from 99.7–99.8%
Increased gate zones from 3 to 5 for increased parallel operations
Performance verified by JPMorgan Chase and others
“The quantum computing team at JPMorgan Chase has been using Quantinuum’s quantum computer to run experiments that use mid-circuit measurement and reuse quantum conditional logic, taking advantage of the computer’s very high quantum volume,” In our experiments, we used the 20 qubits of the H1-1 computer on a quantum Natural Language Processing algorithm for extractive text summarization. The results were almost identical to the reference values computed with a noiseless simulator, validating the computer’s high fidelity, as shown in our recent arXiv preprint. Thanks to this, the Quantinuum computer continues to be an essential resource for our research in Quantum Computing.”
Marco Pistoia, Ph.D., Distinguished Engineer and Head of Quantum Computing and Communication Research, JP Morgan
Quantinuum has a unique model for hardware development. We have chosen to accelerate the economic value of the computers, and we continuously upgrade. Customers have access to our most powerful machines which means continuous upgrade in fidelity, quantum volume, speed, and number of qubits.
Quantinuum also provides commercial access to its emulator and trapped-ion quantum computers via subscription, and through Microsoft Azure Quantum and the Quantum Credits program.