The Intelligence, Communications & Electronic Warfare Plant within ELTA Systems is looking for a Quantum Technology and Computing Researcher.

The Role Includes

• Conducting experimental laboratory work to develop and test quantum devices.
• Developing, simulating, and testing applied quantum algorithms.
• Researching methods and algorithms for quantum error correction, optimization, and quantum machine learning.
• Researching methods and algorithms in post-quantum cryptography.

What We're Looking For

• M.Sc. or Ph.D. in Physics, Computer Science, Mathematics, or Exact Sciences – mandatory.
• Familiarity with quantum computing and algorithms, or hands-on experimental experience with quantum devices – mandatory.
• Background in quantum error correction – an advantage.
• Background in data processing, open quantum systems, optimization methods, and AI – an advantage.
• Knowledge and experience in applied physics for quantum technologies, including proven ability to characterize and define materials and processes in areas such as solid-state applications, nanotechnology, lasers, and quantum optics – an advantage.
• Experience in measurement processes and results analysis, strong analytical understanding, and the ability to communicate and present findings clearly – mandatory.
• Ability to conduct independent research – mandatory.
• Teamwork, creativity, initiative, and the ability to lead processes.

About the Role

This position offers the opportunity to work at the forefront of quantum technology, contributing to cutting-edge global applications in quantum computing, algorithms, and quantum information.

Quantum technologies, particularly the second quantum revolution focused on quantum information, represent a rapidly advancing field with significant global investment. Applications include quantum communications, quantum radar, quantum SIGINT and electronic warfare, as well as quantum computing and algorithms. While still an emerging field, initial civilian products are already available, with military applications expected to develop in the coming years.