量子 Algorithm Researcher

Salary and benefits

Based on employees’ qualifications, the position provides year-end bonuses, research performance bonuses, quantum hardware testing resources, and top academic conference attendance funding, focusing on cultivating experts in the field of quantum fault tolerance and noisy algorithms.

Working location

Hong Kong

Educational requirements

Doctoral degree (quantum information, physics, computer science or related fields)

Work experience

More than three years of quantum algorithm research experience (need to provide error correction or noisy system-related results)

Job Responsibilities:

• Develop quantum algorithms (such as quantum machine learning, quantum optimization algorithms, quantum-classical hybrid algorithms, etc.) for NISQ (noisy intermediate-scale quantum) devices, develop practical toolchains, and enhance the algorithm's robustness and practical application potential in a noisy environment.

• Design quantum error correction schemes suitable for superconducting quantum hardware (such as surface codes), and experimentally verify them on hardware platforms, pushing the development of large-scale universal quantum computers.

• Collaborate with quantum hardware team to translate algorithm theory into executable quantum programs (such as hardware instruction set implementation based on Qiskit/Cirq).

• Follow international cutting-edge research, propose innovative quantum algorithms and quantum error correction schemes.

Requirements:

• Deep understanding of quantum error correction theory (surface codes, stabilizer codes, etc.) and practical challenges.

• Familiar with the frontiers of NISQ algorithms (such as QAOA/VQE, error mitigation, etc.).

• Have quantum error modeling experience and be able to use Qiskit Ignis tools for noise simulation.

• Proficient in at least one quantum error correction software framework (such as Stim, QECSIM, PyMatching).

• Applicants who have published first-author papers on quantum information in the QEC/NISQ field are preferred.

• Applicants with experience in validating error correction algorithms based on real quantum hardware are preferred.

Application method:

For applicants interested in applying for our position, please send your resume and application letter to ******.

Quantum Error Correction & NISQ Algorithm Researcher

Salary and Benefits

Competitive package with year-end bonuses, research performance incentives, dedicated quantum hardware access, and top-tier conference funding for specialists in fault tolerance and noisy algorithms.

Work Location

Hong Kong

Educational Requirements

PhD (Quantum Information, Physics, Computer Science or related subjects)

Work Experience

3+ years in quantum algorithm research (with proven QEC/NISQ-related outputs)

Job Responsibilities:

• Develop quantum algorithms for NISQ devices (e.g., quantum machine learning, optimization, hybrid quantum-classical algorithms) and build practical toolchains to enhance robustness and applicability under noise constraints.

• Design quantum error correction schemes (e.g., surface codes) for superconducting hardware and validate them experimentally to advance scalable universal quantum computing.

• Collaborate with hardware teams to translate algorithmic theories into executable quantum programs (e.g., Qiskit/Cirq-based implementations).

• Track cutting-edge research progress and propose innovative quantum algorithms and error correction solutions.

Job Requirements:

• Deep expertise in QEC theory (surface codes, stabilizer codes, etc.) and practical implementation challenges.

• Proficiency in NISQ algorithm frontiers (e.g., QAOA/VQE, error mitigation).

• Hands-on experience with quantum noise modeling using tools like Qiskit Ignis.

• Mastery of QEC software frameworks (e.g., Stim, QECSIM, PyMatching).

• First-author publications in QEC/NISQ fields preferred.

• Experience validating error correction algorithms on real quantum hardware is a plus.

How to Apply:

Forapplicantswhoareinterestedinourpositions,pleasesendyourCVandapplicationletterto****** .