As the company's financial leader, responsibilities include:
1. Comprehensive financial management: Establish financial management systems compliant with national regulations and high-tech startup characteristics. Responsible for building the finance team, budget preparation, expenditure approval, cost accounting, and cash flow management.
2. Tax management: Plan and implement tax-related qualification certifications, tax filing and audits. Maximize industrial policy support benefits.
3. Compliance and risk control: Establish internal control systems, standardize contract review and expense reimbursement processes.
4. Team building: Manage and develop the professional team, foster a culture of excellence and diligence.

1. Master's degree or above in finance, accounting, or related fields from top-tier universities. Proficient in bilingual (Chinese/English) financial work.
2. Chinese CPA license required; ACCA certification preferred.
3. At least 8/5 years of professional experience, including 4/2 years at top-tier accounting/auditing firms and 4/2 years at high-tech startups. IPO experience preferred.
4. No quantum computing background required, but must be passionate about quantum computing or AI for science.
5. Honest, diligent, resilient under pressure, excellent communication and cross-departmental coordination skills.

1. Build and continuously optimize theoretical models of superconducting quantum processors.
2. Perform quantum characterization simulation and dynamic evolution analysis of superconducting devices.
3. Participate in developing experimental data analysis tools and model fitting platforms.
4. Conduct forward-looking exploratory research on novel qubit designs, control schemes, and processor architectures.

1. PhD or equivalent research experience in theoretical condensed matter physics, AMO physics, computational physics, or electronic engineering.
2. Proficient in Python and C/C++ with scientific computing skills.
3. Extensive experience in numerical simulation of quantum systems.
4. Background in circuit QED, quantum optics, open quantum systems, or superconducting physics preferred.

1. Responsible for physical layout design and optimization of superconducting quantum chips.
2. Proficient in EM simulation tools (Ansys HFSS, Q3D). Independently complete structural design optimization of superconducting qubits.
3. Collaborate closely with process, packaging, and testing teams.
4. Maintain layout design tool flows and codebase.

1. Bachelor's degree or above in microelectronics, electronic engineering, condensed matter physics, or related fields.
2. Proficient in Python for automated design.
3. Familiar with high-frequency EM simulation (HFSS/CST) and its synergy with layout design.
4. Good cross-departmental communication skills.

1. Develop, optimize, and maintain superconducting quantum device fabrication processes.
2. Lead process optimization, improve chip yield and performance consistency.
3. Perform key process metrology and data analysis.
4. Collaborate with academic and industry partners.

1. Bachelor's degree or extensive work experience in superconducting electronics manufacturing, semiconductor manufacturing, MEMS, or related fields.
2. Solid practical experience in at least one process module (lithography, etching, deposition).
3. Familiar with process metrology equipment.
4. Innovative mindset and team collaboration spirit.
5. Quantum device manufacturing experience preferred.

1. Lead technical roadmap planning for superconducting quantum processor characterization.
2. Lead architecture design of large-scale automated chip characterization systems.
3. Lead test data analysis, build quantitative feedback models.
4. Investigate decoherence mechanisms and noise physics.
5. Lead the characterization team, mentor team members.

1. Master's degree or above in condensed matter physics, AMO physics, or related fields. 3+ years of superconducting chip characterization experience.
2. Proficient in low-temperature measurement techniques and microwave systems.
3. Proficient in Python, experience in large-scale automated test frameworks.
4. Team management or project leadership experience.
5. Solid foundation in circuit QED and device physics preferred.

1. Build and maintain low-temperature test environments. Perform comprehensive electrical characterization of superconducting quantum processors.
2. Develop automated test and characterization software suites.
3. Analyze and interpret test data. Build feedback loops.
4. Investigate decoherence mechanisms and noise sources.

1. Bachelor's degree or above in condensed matter physics, AMO physics, or related fields.
2. Familiar with low-temperature measurement techniques and common instruments (VNA, AWG).
3. Proficient in Python for data analysis and automated control.
4. Solid foundation in circuit QED and device physics preferred.

1. Lead technical strategy for superconducting quantum processor calibration and measurement/control systems.
2. Lead architecture design of high-performance automated calibration frameworks.
3. Lead calibration-related hardware system integration and upgrades.
4. Lead design and optimization of low-temperature test environments.
5. Lead the calibration and systems team.

1. PhD in quantum physics, electronic engineering, or related fields. 3+ years of superconducting quantum computing calibration experience.
2. Proficient in Python, C++, and software engineering methods.
3. Strong background in optimization algorithms.
4. Deep understanding of superconducting qubit control physics.
5. System-level thinking.
6. Focus on team development.

1. Perform high-fidelity gate calibration for superconducting quantum processors.
2. Design and implement efficient calibration procedures and automated software frameworks.
3. Integrate hardware improvements into test systems.
4. Participate in building and maintaining low-temperature test environments.

1. Bachelor's degree or above in quantum physics, electronic engineering, or related fields.
2. Proficient in Python, C++, or other scripting languages.
3. Extensive experience in mathematical modeling and optimization.
4. Superconducting quantum computing background preferred.
5. Strong independent problem-solving skills.

1. Design mechanical modules for cryogenic cooling systems using SolidWorks.
2. Assemble, maintain, and troubleshoot electromechanical systems.
3. Fabricate small electromechanical components.
4. Perform precision electronic soldering and conventional machining.
5. Participate in cryogenic lab equipment maintenance.

1. Bachelor's degree or above in cryogenic engineering, mechanical engineering, or related fields.
2. Proficient in SolidWorks and AutoCAD.
3. Extensive PCB manual soldering skills.
4. Familiar with common electronic instruments.
5. Experience with dilution refrigerators preferred.
6. Strong sense of responsibility.

As a member of the startup team, you will join a research group based on your background and interests. This intern recruitment includes multiple independent positions:
1. Device Theory & Chip Design
2. Chip Fabrication
3. Cryogenic Engineering & Packaging
4. Chip Calibration & Measurement
5. Room-temperature/Cryogenic Electronics
6. Quantum Algorithms & Architecture

1. Currently enrolled in physics, microelectronics, materials science, computer science, or related fields.
2. High passion for quantum computing or ultra-low-temperature physics.
3. Solid professional skills in relevant areas.
4. Good cross-disciplinary team collaboration and communication skills.

1. Design and optimize RF/microwave performance of superconducting quantum chips.
2. Collaborate with external partners to optimize RF component design.
3. Use high-frequency simulation software (HFSS, CST) for EM, thermal, and mechanical simulation.
4. Design mechanical structures for cryogenic packaging.
5. Perform packaging sample testing and validation.

1. Bachelor's degree in electronic engineering, RF/microwave engineering, mechanical engineering, or related fields.
2. Proficient in high-frequency simulation software (Ansys HFSS or CST).
3. Familiar with PCB fabrication and semiconductor packaging processes.
4. Skilled in using VNA, signal generators, TDR, and other instruments.
5. Knowledge of SolidWorks/AutoCAD.
6. Proactive and good cross-team communication.

We are looking for a PhD in algorithm theory to lead the theoretical direction of quantum systems. Responsibilities include:
1. Establish theoretical frameworks for quantum computing and quantum simulation.
2. Identify application directions suitable for near-term quantum hardware.
3. Build resource estimation, scalability analysis, and performance benchmarking systems.
4. Design and evaluate algorithm approaches for programmable quantum processors.
5. Collaborate with processor design and calibration teams.
6. Work with software teams to build simulation tools and validation pipelines.
7. Track cutting-edge advances in quantum computing and quantum algorithms.
8. Produce technical reports, patents, or academic papers.

1. PhD in physics, applied mathematics, computer science, or related fields.
2. Solid research achievements in quantum algorithms, many-body physics, quantum simulation, quantum control theory, or machine learning.
3. Ability to combine theoretical approaches with real experimental conditions and engineering constraints.
4. Good scientific computing skills, familiar with Python, C++ preferred.
5. Good written communication and cross-team communication skills.
6. Experience with superconducting qubits, quantum simulation, or quantum ML preferred.

1. Research and develop innovative solutions for digital and mixed-signal circuits using superconducting materials and devices.
2. Tackle large-scale quantum system control challenges.
3. Responsible for EM simulation, logic design, and layout of superconducting circuits.
4. Participate in developing custom EDA design tools, standard cell libraries, and automated design flows.

1. Master's degree or above in experimental physics, condensed matter physics, AMO physics, cryogenic engineering, or computational electromagnetics.
2. Successful project record in digital logic design/verification, RF/mixed-signal circuits, or superconducting electronics.
3. Proficient in digital or analog simulation design tools (Cadence, Synopsys, Ansys HFSS/Q3D).
4. Strong programming and scripting skills (Python, C++, MATLAB, Verilog/VHDL).
5. Familiar with semiconductor or superconducting circuit fabrication processes.
6. Experience with SFQ or AQFP technologies preferred.

1. Perform DC parameter testing, high-frequency/RF characterization, and high-speed functional testing of superconducting digital circuits.
2. Perform high-fidelity gate calibration for superconducting quantum processors.
3. Design and implement efficient calibration procedures and automated software frameworks.
4. Integrate hardware improvements into test systems.
5. Participate in building and maintaining low-temperature test environments.

1. Bachelor's degree or above in quantum physics, electronic engineering, computer science, or related fields.
2. Proficient in Python, C++, or other scripting languages.
3. Superconducting electronics background preferred.
4. Strong independent problem-solving skills.