18 results
Study photonic fluids and frequency combs by designing and fabricating semiconductor devices, building optical measurement setups and developing models of nonlinear laser dynamics. The goal is an experimental platform for probing and controlling liquid-light dynamics that connects device physics, precision measurement and theory. Apply through the ETH…
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Research neural interfaces, implantable neurotechnology, neural decoding and closed-loop brain-computer interfaces. Topics include electrode and sensor design, biocompatible materials, high-channel-count recording and stimulation, neurophotonic probes combining optical stimulation with electrophysiology, and adaptive or deep-learning decoders. The…
Closes
Develop optical-fibre and nanophotonic devices for quantum optics and quantum electronics. Research also includes distributed quantum computing and networks combining cold neutral atoms with nanophotonic cavity systems.
Develop optical quantum-computing hardware and methods for quantum control. Research includes improving continuous-variable systems, increasing input capacity and accelerating operation.
Develop advanced laser sources and conduct ultrafast optical experiments. Research topics include high-power two-micrometre lasers, attosecond measurements and novel structured or non-classical light sources.
Develop and operate laser-based ion-source technology for ISOLDE research. The role combines laser science with experimental techniques supporting the production and study of radioactive ion beams.
Develop optical links connecting atomic and solid-state qubits for distributed quantum computing. Experimental work combines laser-cooled neutral atoms, rare-earth-ion crystals and trapped-ion systems to study remote entanglement and quantum gate teleportation. The full-time appointment lasts two years with possible renewal. Work may be on-site, hybrid or…
The Neural Dynamics accelerator at the Allen Institute studies how the brain generates flexible behavior, seeking the algorithms implemented by dynamics in brain-wide neural circuits. The Scientist I (ND - Molecular Anatomy) builds next-generation light microscopes, predominantly light-sheet systems, and uses them to image expanded tissue: designing,…
The Sternson Lab at the University of California, San Diego studies how neural circuits control appetite and motivated behavior. Its CaRMA imaging framework links large-scale measurements of neural activity in behaving mice to post hoc molecular identification of the same recorded neurons, combining in vivo two-photon calcium imaging with spatial…
Optimise metal-assisted chemical etching for complex silicon microstructures used in X-ray optics. Investigate defects and scalability using wafer processing, lithography, deposition, microscopy and profilometry, and develop reproducible fabrication and characterisation methods.
Advance quantum integrated photonics within the Quantum Sensing and Computing Group. Develop quantum-sensing concepts and their practical implementation, with particular interest in the design, fabrication and testing of photonic devices and circuits. Applications are made on the employer’s recruitment portal; no closing date is stated. Initial appointment…
Develop optical spectroscopy and plasma diagnostic systems for isotope applications. Research includes experimental design, laser-induced and optical-emission measurements, and analysis of challenging materials in collaboration with the Isotope Applications Research group. Applications are made on the employer’s recruitment portal; no closing date is…
Experimental doctoral research in Konrad Viebahn’s Atom Quantum Processing group. Build an ultracold-rubidium quantum processor using optical lattices and collisional interactions. Work includes laser cooling and imaging systems, an ultrahigh-vacuum apparatus, ARTIQ control hardware, and theoretical or numerical studies of quantum-processing schemes. The…
Lead experimental development in the Attochirality ERC project, commissioning circularly polarised attosecond sources, pulse-characterisation methods and spin-resolved electron detection. Coordinate reaction-microscope experiments on chiral electronic dynamics and mentor junior researchers. This full-time appointment is initially for one year and can be…
Join the Attochirality ERC project to build and characterise circularly polarised attosecond light pulses and investigate chiral charge migration. Work combines high-harmonic generation, ultrafast optics and three-dimensional electron–ion coincidence measurements, covering isolated molecules and microhydrated clusters. The full-time doctoral position is…
Develop optical systems for biofabrication at ETH Zurich’s Institute for Biomechanics. The researcher will design and build optical and beam-shaping systems, study the interaction of structured light with photosensitive polymers, and collaborate with bioengineers, chemists and biologists on scaffolds for regenerative medicine. This full-time postdoctoral…
RIKEN’s Center for Quantum Computing seeks technical staff for Takao Aoki’s Nanophotonic Cavity Quantum Electrodynamics Research Team. Work develops fiber-optic and nanophotonic devices and the associated quantum-optics and quantum-electronics technologies. The group builds interfaces between atomic and photonic qubits using optical cavities. Several…
Melody is hiring a bioelectronics engineer to integrate protein biosensors, surface chemistry, hydrogels, membranes, and optical or electrochemical readout hardware into continuous molecular-monitoring technology. The role owns wetware integration strategy, diagnostic experimentation, directed-evolution workflows, materials development, instrumentation, and…
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