Baidu Announces Superconducting Quantum Computer and Integration Remedy

Advanced in Tech & Business

Baidu Announces Superconducting Quantum Computer and Integration Remedy

Baidu, the company powering the homonymous lookup engine, has introduced its initial quantum computing processor, named Qian Shi, together with an “all-platform” integration resolution aimed to simplify obtain to quantum components assets by way of cellular, desktop, and the Cloud.

Qian Shi, which indicates “the origin of all matters is located in the heavens” in Chinese, offers 10 high-fidelity qubits. Even though this might not be the most effective quantum hardware accessible, Baidu says they have finished the design and style of a 36-qubit superconducting quantum chip with couplers.

Most apparently, Qian Shi arrives with a full software stack, which Baidu dubs “all-system quantum hardware-application integration option”, that gives a set of expert services for non-public deployment, cloud expert services, and components obtain. This solution, called Liang Xi, aims to be compatible with heterogeneous quantum components, which includes a 10-qubit superconducting quantum unit and a trapped-ion quantum gadget created by the Chinese Academy of Sciences. To entire the strategy of “all system”, Baidu suggests Liang Xi can be applied by means of mobile and desktop applications, as very well as the Cloud.


With Qian Shi and Liang Xi, customers can now develop quantum algorithms and use quantum computing electricity without having building their quantum components, control systems, or programming languages.


Baidu’s quantum software package stack consists of Quanlse, a cloud-centered platform for quantum command, Paddle Quantum, a quantum equipment finding out system, Quantum Leaf, a quantum computing system, and other people.

Quanlse supports the pulse era and scheduling of arbitrary single-qubit and two-qubit gates. It can be applied for modeling serious superconducting quantum chips and for simulating noisy quantum gadgets. It also supports mistake assessment to support characterize and mitigate mistakes.

Quantum Leaf can be applied for programming, simulating, and executing quantum computer systems. It provides the quantum programming surroundings for Quantum infrastructure as a Services (QaaS).

Paddle Quantum allows bridging Quantum Leaf with device studying and can be utilised for a selection of well-liked quantum device understanding subjects, including combinatorial optimization, nearby functions and classical communication.

With the Qian Shi and Liang Xi announcement, Baidu is coming into the arena of quantum options that scientists and companies can use to experiment with quantum algorithms. Other players in the similar arena are IBM with its IBM Quantum, Microsoft with Azure Quantum, Google with Quantum AI, D-Wave, and other people.