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QuEra builds physical quantum computers using neutral-atom architecture, with systems operational at AIST (Japan) and available via Amazon Braket. The tech stack—Python, PyTorch, Kubernetes, LLVM, MLIR, Cirq, Qiskit—reflects a hybrid physics-and-software engineering organization: 42 engineers tackling compiler infrastructure and hardware-software co-design, paired with 14 researchers focused on noise characterization and fault-tolerance schemes. Active hiring in the US, Japan, Canada, and UK signals geographic expansion tied to their operational footprint.
Tech Stack 113 technologies
Core StackPython PyTorch NumPy Pandas Kubernetes Docker GitLab CI/CD Jenkins Ansible Terraform Grafana Prometheus Elasticsearch Go Rust C++ SciPy Bash Ubuntu Debian Red Hat CPython Julia FPGA Zemax COMSOL LLVM MLIR Cirq Qiskit+82 more
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What QuEra Computing Inc. Is Building
◆Challenges
- Improving reliability and performance
- Optimizing performance of neutral-atom quantum computers
- Documentation accuracy for suppliers
- Integrating high-level applications into quantum computers
- Lower adoption barriers
- Co-designing compilers and hardware infrastructure
- Transform raw measurement data into actionable insights
- Building operational systems from scratch
- Developing compiler infrastructure for quantum computing
- Improving yield and process robustness
▲Active Projects
- Optical systems for neutral atom computers
- System architecture development
- Investigate sources of noise and decoherence
- Design and build state-of-the-art neutral atom quantum computers
- Building quera’s compiler pipeline
- Scalable quantum architecture evaluation
- Calibration and performance characterization software
- Qec scheme design for neutral atom platforms
- Fault-tolerant quantum algorithm implementation
- Design for manufacturing integration into pic design
Hiring Activity
70 roles · 30 in 30d
Department
Seniority
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