Senior Quantum Scientist — Quantum Algorithms

Overview In this role you will lead research in quantum algorithms and information theory to advance practical quantum utility on neutral-atom hardware. You will shape algorithmic ideas, collaborate with hardware and software teams for co-design, and prototype approaches that demonstrate computational advantage. You tackle fundamental questions about quantum complexity, resource tradeoffs, and algorithmic benchmarks. This position offers a chance to influence the roadmap for quantum-enabled applications at QuEra. Compensation / Benefitsbase salary with equity grantsequality and diversity commitmentremote or flexible work optionsprofessional developmentcompetitive benefitsequity grants for new hires ResponsibilitiesConduct original research in quantum algorithms, algorithm complexity, and quantum information theoryDesign and analyze new quantum algorithms with demonstrable computational advantageExplore and classify algorithmic primitives aligned with neutral-atom capabilitiesCollaborate with applications team to optimize performance under architectural constraintsEvaluate quantum algorithm benchmarks and guide development toward practical utility on QuEra’s platform Key requirementsPhD in Computer Science, Physics, Mathematics, or a related discipline with specialization in quantum computingStrong research record in quantum algorithms or quantum information theory with top-tier publications or equivalent contributionsFamiliarity with core quantum algorithmic techniques (amplitude amplification, phase estimation, Hamiltonian simulation, quantum arithmetic primitives)Deep understanding of quantum computational models and algorithmic complexityStrong communication skillsstrong communicationcollaboration with cross-functional teamsproblem-solving mindsetamplitude amplificationphase estimationHamiltonian simulation