AQT's Quantum Leap: Unlocking the Power of 32768 Quantum Volume
In a groundbreaking achievement, AQT has pushed the boundaries of quantum computing, reaching a Quantum Volume of 32768 on its LYNX system. This feat not only solidifies AQT's position as a leader in the field but also highlights the potential of trapped-ion systems in revolutionizing quantum computing.
A Quantum Leap Forward
AQT's LYNX system, an evolution of the IBEX architecture, showcases a remarkable 256-fold improvement in Quantum Volume compared to its predecessor. This achievement is a testament to the advancements in qubit quality, connectivity, and circuit execution performance on commercially available hardware.
The Quantum Volume test, an internationally recognized benchmark, measures the computational power of a quantum computer by assessing the number of 'good' qubits it possesses. AQT's LYNX system, with its all-to-all qubit connectivity, eliminates the need for time-consuming reconfiguration and SWAP operations, resulting in unprecedented execution times for complex quantum circuits.
Unlocking the Power of Qubits
What makes this achievement even more significant is the fact that AQT's LYNX architecture offers virtually infinite qubit interaction. This capability, coupled with the high Quantum Volume, positions AQT as a strong contender in the global quantum computing landscape. The company's alignment with the European Quantum Technology roadmap and its support from prominent organizations further emphasize the potential for tangible value creation for customers and partners.
The Quantum Volume Test in Detail
AQT conducted the Quantum Volume test on the LYNX system, running 305 random circuits with 100 shots each. The results were impressive, with a mean Heavy Output Probability (HOP) of 0.678, surpassing the required threshold of 2/3 with a 99.5% confidence level. The test utilized a 15-qubit register and took approximately 173 minutes to complete, achieving a clock speed of QVCPS(15)~2.9.
The HOP, a critical metric in the Quantum Volume test, indicates the success probability of the quantum circuits. AQT's LYNX system demonstrated a high HOP, exceeding the threshold by more than two standard deviations, thereby achieving the impressive Quantum Volume of 32768.
A Quantum Future
AQT's achievement with the LYNX system is a significant milestone in European quantum computing, building upon the previous record held by the company. This breakthrough not only showcases the potential of trapped-ion systems but also highlights the importance of continuous innovation in the field. As AQT continues to push the boundaries of quantum computing, the quantum community eagerly anticipates the future implications and applications that will arise from this remarkable advancement.
