qubitsok.com
Cut Noise. Work Quantum.
Austria, Innsbruck
•
Posted 159 days ago
🏢 ParityQC
Role Type
Role Focus
Seniority
Employer Type
This role seeks a Quantum Error Correction Engineer to develop strategies for next-generation quantum computers, focusing on fault-tolerant implementations. The engineer will design and implement advanced error correction codes and utilize noise-biased hardware to shape the ParityQC Architecture. They will also perform noise simulations to optimize resources and contribute to defining the company's technological direction through research and publications.
Key Responsibilities
Contribute to the development of pioneering algorithms for ParityQC's quantum computing platform.
Design and implement strategies for fault-tolerant quantum computing using advanced error correction codes and noise-biased hardware platforms.
Conduct noise simulations to analyze and optimize resources, identifying and implementing applications with tangible industry impact.
Collaborate closely with a team of quantum computing experts to define ParityQC's technological direction.
Contribute to research through publications and presentations.
Required Skills
PhD in (theoretical) physics, mathematics, or a related field with a strong focus on quantum computation.
Experience with quantum error correction codes.
Experience with fault-tolerant quantum computing.
Basic programming skills.
Fluency in English.
Nice-to-have Skills
Experience with object-oriented programming.
Experience with Python.
Track record in implementing fault-tolerant quantum algorithms.
Experience performing resource estimations (e.g., in the surface code).
Knowledge of noise-biased hardware platforms (e.g., bosonic codes).
3+ years working experience (after PhD) in the field.
Technology Tags
The job title is "Quantum Error Correction Engineer" and the role heavily focuses on "quantum error correction codes" and "fault-tolerant implementations".
The role involves designing "fully fault-tolerant implementations" and "strategies for fault-tolerant quantum computing".
The role involves developing "blueprints for quantum computers" and shaping the "ParityQC Architecture".
The engineer will "help with noise simulations to analyze and optimize resources" and work with "noise-biased hardware platforms".
The role requires contributing to the "development of pioneering algorithms" and implementing "fault-tolerant quantum algorithms".
"Basic programming skills are essential" with "object-oriented programming and Python" being a strong plus.
The company is a "Quantum Architecture Company" shaping the future of "quantum computing".