Student Project: Resource Estimation for Fault-Tolerant Quantum Computing

IBM Research Zurich seeks an intern to develop resource-estimation tools for fault-tolerant quantum computing architectures, evaluating algorithm feasibility under realistic constraints.

This internship focuses on creating and applying estimation methods for fault-tolerant quantum systems that IBM aims to deploy in the coming decade. The primary objective is to assess whether specific quantum algorithms can function effectively when subjected to actual architectural limits and error-correction protocols.

Responsibilities

• Build and utilize software tools designed to estimate computational resources.
• Analyze the viability of quantum algorithms based on practical hardware constraints and error-correction models.

Requirements

• Proficiency in Python, specifically for scientific computing or developing technical tools.
• Academic background in physics, mathematics, or computer science.
• Strong ability to communicate effectively in English.

Nice to have

• Understanding of quantum computing concepts, including algorithms, error correction, and familiarity with Qiskit.

What the company offers

• Use of advanced quantum hardware and software platforms alongside high-performance classical computing infrastructure.
• Guidance and support for patent applications and publishing research in leading academic journals and conferences.
• Flexible work schedules and hybrid working arrangements.

About the company

IBM Research Zurich provides a world-class, multicultural research environment that values diverse perspectives and fosters innovation. The organization is dedicated to promoting diversity and inclusion, ensuring that professionals from all genders and backgrounds can thrive while maintaining a healthy work-life balance.

• Collaboration with experienced researchers in a top-tier scientific setting.
• A culture that actively encourages innovative thinking.
• A commitment to diversity, inclusion, and professional growth for all employees.
• An open, multicultural atmosphere that respects different viewpoints.