About the job
About Sygaldry Technologies
Sygaldry Technologies is at the forefront of innovation, developing quantum-accelerated AI servers designed to dramatically enhance training and inference processes for artificial intelligence. Our unique approach integrates quantum computing with AI, addressing the escalating challenges of compute costs and energy limitations. Our AI servers utilize various qubit types within a cohesive, fault-tolerant framework, ensuring the efficiency, scalability, and speed essential for sophisticated AI applications. We are pioneers in the realms of physics, engineering, and AI, committed to solving the most complex challenges with a culture that is grounded, optimistic, and rigorous. Join us in shaping the future where quantum technology and AI converge to create a significant global impact.
About the Role
We are in search of an innovative Experimental Quantum Physicist with a robust laboratory background in atomic, optical, or quantum systems. In this role, you will be instrumental in constructing and managing state-of-the-art experimental platforms for qubit control, measurement, and scaling. The ideal candidate thrives in hands-on environments, exhibits creative problem-solving skills, and demonstrates a willingness to collaborate across various disciplines to bring new quantum technologies to fruition.
What You'll Work On
- Design and develop precision optical and/or cryogenic systems tailored for quantum experiments.
- Implement protocols for qubit preparation, control, and readout effectively.
- Integrate control electronics, lasers, and RF/microwave systems along with data acquisition methods.
- Analyze experimental data and enhance system performance based on findings.
- Collaborate with cross-functional teams to inform system design and development.
You May Be a Good Fit If You Have
- A Ph. D. in Physics, Applied Physics, Electrical Engineering, or a related field.
- Hands-on experience with advanced laboratory instrumentation and quantum systems such as AMO physics, solid-state, and superconducting systems.
- Familiarity with qubit control, spectroscopy, or precision measurement techniques.
- A strong foundation in experimental design, data analysis, and scientific problem-solving.
- Proficiency in Python or similar tools for automating experiments.
- Excellent communication skills and a collaborative approach to work.

