Quantum Physicist: Ion Transport & Waveform Design

Physics World; Boulder (CO); On-site; USD 110,000 - 144,000; Full time

Job summary

IonQ in Boulder, CO seeks a simulation physicist to study ion transport physics and validate results with experimental teams. You will design transport waveforms used in quantum computers and work with architects on future trap designs.

The role requires a PhD in atomic physics or related field, experience with RF Paul traps, and strong programming in Rust/C/C++. Onsite work in Boulder with travel up to 10% may be involved.

Qualifications

• PhD in atomic physics, quantum information, or related field.
• Background in designing or operating surface electrode RF Paul traps.
• Proficiency in numerical physics simulations.
• Strong communication and collaboration skills.

Responsibilities

• Develop novel control schemes for fast, robust ion transport.
• Design and optimize control waveforms for loading, transport, routing, and gates.
• Simulate the physics of ion chains in RF Paul traps.
• Collaborate with interdisciplinary teams to integrate ion transport into larger experimental setups or commercial products.
• Collaborate with quantum architects to co-design transport operations and QEC primitives.

Skills

Proficiency in numerical physics sim

Strong communication skills

Experimental hardware experience

Programming in Rust/C/C++

Education

PhD in atomic physics or quantum information

Tools

Rust

C

C++

Job description

IonQ in Boulder, CO seeks a simulation physicist to study ion transport physics and validate results with experimental teams. You will design transport waveforms used in quantum computers and work with architects on future trap designs.

The role requires a PhD in atomic physics or related field, experience with RF Paul traps, and strong programming in Rust/C/C++. Onsite work in Boulder with travel up to 10% may be involved.