Core Technology
OQT delivers a fully integrated quantum computing system – from fundamental innovations in quantum processors to the software stack that controls and utilizes them.
Hardware
Neutral Atom Quantum Processing Unit, GPU
Neutral-Atom Based QPU
OQT employs a quantum computing system that uses laser-trapped neutral atoms as qubits. Our architecture is recognized as an optimal solution that simultaneously addresses two of the greatest challenges in quantum computing – scalability and the precision of entanglement.
OQT architecture optimized for large-scale entanglement generation
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Ensuring the reliability of neutral atoms
Atoms of the same element are naturally identical, providing the uniformity required for large-scale parallel operations.
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Flexible scalability
Neutral-atom QPU can be expanded to hundreds or thousands of qubits, with dynamically optimized qubit arrangements for entanglement operations.
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Implementation of high-speed and high-fidelity gates
Neutral-atom QPU provides the foundation for executing complex quantum operations with low error rates.
Algorithm
Error Correction and Logical Qubits
High-precision control and error correction technology
For the commercialization of quantum computing, it is essential to detect and correct qubit errors in real time. OQT applies state-of-the-art optical and electronic engineering technologies to reduce error rates and achieve precise qubit control.
Perfect engineering of quantum states through real-time feedback loops
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Development of optimized pulse sequences
We possess proprietary control optimization technology that transcends the physical limitations of hardware.
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Stable QPU
We reconstruct the quantum information stored in the processor with high accuracy through advanced measurement feedback.
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High users trust
We minimize error rates to ensure users can fully rely on the results of algorithm execution.
Software
Flexible software architecture
Flexible and integrated software stack
OQT’s software architecture is designed to fully leverage the unique physical characteristics of the QPU. Users can easily harness the QPU’s potential within an abstracted environment.
Co-designed-based software solutions that reflect the characteristics of the hardware
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Maximizing algorithm processing efficiency
We enhance speed and accuracy through a co-design philosophy that integrates hardware and computation.
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High developer accessibility
We create an environment that allows developers to focus on quantum algorithm development without complex hardware manipulation.
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Industry-standard operating environment
We provide 24/7 stable service and remote management capabilities.