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Quantum Algorithm Researcher
Develops fault-tolerant quantum algorithms for real-world computational challenges in chemistry, materials science, and other complex domains that are beyond the reach of classical computers
Key Responsibilities:
- Research and develop quantum algorithms specifically tailored for fault-tolerant quantum computers
- Collaborate with external partners to instantiate, validate, and optimize quantum algorithms for life sciences and sustainability applications
- Establish benchmarks and problem instances to validate post-classical advantages of quantum algorithms over traditional computing
- Conduct simulation and analysis of resource requirements for fault-tolerant implementation in photonic quantum systems
- Work with quantum architecture teams to co-optimize algorithm methods with hardware design constraints
- Translate computational tasks into abstract quantum algorithm specifications and analyze asymptotic performance
- Collaborate with compilation teams to develop concrete implementations of theoretical algorithms
Skills & Tools:
- Quantum information theory and quantum computation frameworks
- Programming languages (Python, C++, quantum programming languages)
- Quantum circuit compilation and fault-tolerant gate operations
- Chemistry and materials science computational methods
- Quantum simulation software and analysis tools
- Cross-functional collaboration with hardware and software teams
- Academic and industry partnership management
- Research methodology and algorithm optimization
- Understanding of photonic quantum computing architectures
Where This Role Has Appeared:
- PsiQuantum (Quantum Computing, Palo Alto/Remote, $145k-$165k, July 2025)
Variants & Related Titles:
- Quantum Software Researcher
- Quantum Applications Scientist
- Fault-Tolerant Algorithm Developer
- Quantum Chemistry Researcher
- Quantum Computing Applications Engineer
Why This Role Is New:
Quantum Algorithm Researcher emerged in 2023-2024 as quantum computing companies began building utility-scale, fault-tolerant quantum computers capable of solving real-world problems. Unlike previous quantum research focused on proof-of-concept demonstrations, this role addresses the need for algorithms that can run on million-qubit systems and deliver practical advantages over classical computers in specific domains like drug discovery and materials design.
Trend Insight:
As quantum computing transitions from research curiosity to practical technology with dedicated data centers, companies are hiring specialized researchers to develop the algorithms that will unlock quantum computing's potential to solve humanity's most complex computational challenges.
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