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Americas, United States, Goleta

Posted 101 days ago

Research Scientist, Coherence Fabrication

🏢 Google

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Role Type

🧪 Scientist / Researcher

Role Focus

🏗️ Build Systems

Seniority

🌿 Experienced
🌸 PhD / Postdoc

Employer Type

🏢 Industry

This role seeks a Research Scientist specializing in Coherence Fabrication. The scientist will utilize their advanced knowledge in physics and materials science, coupled with experience leading research agendas, to advance quantum device fabrication. A core focus includes developing and maintaining robust semiconductor fabrication processes within a cleanroom setting.

Required Skills

PhD in Physics, Material Science, or a related field.

Two years of experience leading a research agenda.

Experience submitting scientific publications for conferences, journals, or public repositories.

Experience developing and sustaining semiconductor fabrication processes in a cleanroom environment.

Nice-to-have Skills

Experience using multiple types of semiconductor equipment like vacuum systems, etching tools, and advanced lithography systems.

Experience with failure analysis techniques such as SEM/EDS, Optical Microscopy, X-Ray, FTIR, and XPS.

Experience applying micro-fabrication techniques and tools and understanding how they affect quantum device performance.

Technology Tags

Semiconductor tech

The core responsibility involves developing and sustaining semiconductor fabrication processes and using semiconductor equipment.

Micro & nano

Experience is required with micro-fabrication techniques and advanced lithography systems used in device creation.

Solid-State Tech

The job focuses on coherence fabrication, which is fundamentally about technology realization for solid-state quantum devices.

Cryogenic & vacuum

Preferred qualifications explicitly mention experience with vacuum semiconductor equipment.

Metrology

The role requires experience with high-volume metrology systems for characterization and process control.

Noise & benchmarking

This is necessary for assessing the effect of fabrication on quantum device performance and optimizing coherence.

On-chip integration

The fabrication work implies creating integrated quantum devices using semiconductor processes.