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and contribute to an exciting research project focused on optical quantum network technologies. By leveraging the principles of quantum mechanics, the successful candidate will explore innovative ways
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expertise in some of the following: design and fabrication of superconducting circuits, experimental quantum computing, microwave quantum optics, or related fields in experimental physics • Your verbal and
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the quantum optical realm, CV implementations are studied in trapped ions, opto-mechanics, or with microwaves cavities coupled to superconducting devices. The goal of this PhD project in theoretical quantum
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clocks, but it also heralds a new generation of quantum optical clocks, whereby the frequency reference (and hence time) is derived from an optical transition instead of microwave. As a result of this four
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levels become extremely sharp and well defined. This technology has not only improved on the current microwave clocks, but it also heralds a new generation of quantum optical clocks, whereby the frequency
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Looking for a unique and collaborative endeavor at the cutting edge of photonics and quantum engineering? Read on! Our goal at Chalmers is to build a useful quantum computer. The complexity
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not be older than two years. Experience with quantum optics, quantum technology, superconducting device technology and/or microfabrication is considered a merit. You shall be self-propelled with a
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of quantum thermodynamics and/or quantum optics and/or quantum transport theory is required - several of them a merit. The applicant shall be self-propelled with a strong driving force to pursue excellent
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In the Hybrid Quantum Systems Laboratory , we will develop nanofabricated devices to create interfaces between cold atoms, light and motion. We will use these devices to create quantum states of