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Quantum computers promise capabilities far beyond today's computers, but only if we can reliably protect quantum information from errors. Quantum error correction (QEC) is therefore one
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physics of our universe at the nanoscale: from atoms and fundamental particles from a century ago, to the quantum sensors and computers of today, quantum mechanics governs how these microscopic objects and
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ago, to the quantum sensors and computers of today, quantum mechanics governs how these microscopic objects and devices behave. In contrast, at the macroscopic scale, quantum effects are elusive
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system planning and operation. The dual goal is to tap into the current capabilities of Quantum Computing while also streamlining the future exploitation of further advancements in the field. Research
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of electrical power system planning and operation. The dual goal is to tap into the current capabilities of Quantum Computing while also streamlining the future exploitation of further advancements in the field
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to advance high-impact research at the intersection of quantum computing, cybersecurity, secure systems, and trustworthy AI. Quantum computing is poised to transform computation, communication, cryptography
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theory that enable advantage in quantum information processing tasks, in particular, those present in photonic implementations of quantum computers. There is not a single way to harness these quantum
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18 Sep 2026 Job Information Organisation/Company University of Jyväskylä Research Field Physics » Computational physics Physics » Condensed matter properties Physics » Quantum mechanics Physics
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mechanics, heterostructure band engineering and optoelectronic-device operation, with practical experience in multi-quantum-well structures, electro-absorption, QCSE, carrier transport or related III-V device
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emerging computing paradigms for aerospace applications. Areas of interest include quantum and quantum-classical hybrid computing for physical systems; neuromorphic and probabilistic computing; resource