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An established industry player is on the lookout for passionate Research Scientists to explore the exciting realm of quantum computing. This role offers the opportunity to work at the forefront of technology, tackling real-world challenges in drug research and advanced materials. You will be part of a dynamic team, developing atomistic models and improving quantum algorithms while collaborating with industrial partners. With a supportive environment and a focus on innovation, this position promises a fulfilling career path in a rapidly evolving field. Join a talented group dedicated to pioneering advancements in quantum technology and make a significant impact in this transformative industry.
Are you ready to push the boundaries of what's possible in quantum computing? Quantinuum is seeking 3 passionate and creative Research Scientists to delve into the applications of quantum computing for simulating molecules and materials at an ab initio level. This is your chance to work at the intersection of cutting-edge technology and real-world industrial challenges, where your research can lead to ground-breaking discoveries in drug research, catalyst design, advanced materials, and beyond. You will work in an established team, all 3 positions are growth roles in this team.
In this role you will construct the atomistic models, test the quantum algorithms on them, provide critical analysis and work on possible improvements to them. As many of these projects are developed in collaboration with industrial partners, you will also assist in communications with them. In addition to this main task, you will contribute to other activities in the team, like the implementation and testing of new algorithms for InQuanto, our quantum chemistry on quantum computers platform, or research and development of new methods for quantum chemistry simulation on quantum computers. You'll be supported by our team of quantum algorithms researchers and our software engineers and will also benefit from collaborations with teams dedicated to other aspects of quantum computing like quantum compilation, error correction and mitigation.
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