qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, Yorktown Heights
•
Posted 110 days ago
🏢 IBM
Role Type
Role Focus
Seniority
Employer Type
This internship seeks a researcher to design quantum algorithms for solving useful problems, focusing specifically on fault-tolerant systems. Responsibilities include quantifying the run-time and gate complexity of the developed algorithms and rigorously comparing their performance against classical state-of-the-art methods. The intern is also expected to disseminate their findings by publishing research in reputable journals and presenting their work at scientific conferences.
Key Responsibilities
Design effective quantum algorithms tailored for solving practical problems.
Quantify the run-time or gate complexity of the developed algorithms.
Analyze and compare the performance of quantum algorithms against current state-of-the-art classical algorithms.
Publish research findings in reputable scientific journals.
Present research work at relevant conferences.
Required Skills
Must be a PhD candidate in computer science, physics, mathematics, electrical engineering, or an equivalent field.
Experience designing quantum algorithms specifically for fault-tolerant quantum computers.
Experience quantifying the worst-case performance of algorithms.
Nice-to-have Skills
Master's Degree (Preferred education)
Technology Tags
The intern is required to design quantum algorithms for useful problems.
The primary responsibility is designing novel quantum algorithms for practical applications.
The role explicitly requires experience designing algorithms suitable for fault-tolerant quantum computers.
The candidate must quantify the run-time, gate complexity, and worst-case performance of algorithms, which is the domain of complexity theory.
Designing algorithms for fault-tolerant systems fundamentally requires understanding quantum error correction techniques.
Quantifying gate complexity requires deep knowledge of fundamental qubits and quantum gates.
The candidate must understand and compare their quantum algorithms against state-of-the-art classical algorithms.
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