Nanotechnology jobs

Contrat postdoctoral de 12 mois à Nice, avec une prise de fonction prévue le 1er mai 2027. Le projet étudie le transport de nano-vésicules magnétiques auto-assemblées dans des microcanaux : mouvements, rotations et changements de structure sous champs externes. Les expériences combinent suivi de particules, vélocimétrie et analyse d’images, avec une…

Work with Phil Bartlett on the EPSRC EXPRESS programme, studying electrochemical growth of transition-metal dichalcogenide semiconductors. The role characterises single-source precursors in dry non-aqueous solutions, optimizes deposition of mono- and few-layer materials, and integrates electrodeposition with nanoscale electronic devices. The…

A three-year assistant professorship develops materials for power electronics and printed electronics. Topics include multi-material additive manufacturing, polymer composites and nanocomposites, surface and interface engineering, dielectrics and capacitors, and sustainable electronics. Responsibilities include research, publications, industrial…

The project develops acoustic sensors based on nanofiber composite films for structural health monitoring. Research covers fabrication, electromechanical and optical or thermal characterization, electronics and data acquisition, moving from materials to working sensing prototypes. Applications close on 17 November 2026 at 23:59 US Eastern time.

Pursue research on terahertz spectroscopy of two-dimensional quantum matter and/or designer quantum materials and devices with Taketo Handa. Projects develop ultrafast measurements, van der Waals heterostructures and nanodevices to study electronic, optical and quantum behaviour. The full-time appointment initially lasts two years, with a start as early as…

The researcher will develop colloidal quantum-dot chemistry for infrared optoelectronics. Work emphasizes surface passivation, ligand exchange, trap suppression, doping and energy-level alignment, including III–V and other infrared nanocrystals. The role connects synthesis and spectroscopy with processable inks and collaborations on photodetectors.…

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.

Improve superconducting-qubit materials and fabrication at the Molecular Foundry through atomic-layer deposition and etching, interface engineering and structural characterization. Research links processing, composition and interfaces to low-temperature device performance and develops reproducible datasets and fabrication methods. The appointment is a…

Develop an independent microelectronics research programme at the Molecular Foundry while supporting its user community. The role divides effort between research and user service/outreach, connecting precision synthesis, nanoscale patterning, fabrication data and device performance. Early-career and experienced appointments are considered. The initial…

Lead discovery of lipid nanoparticle systems that deliver RNA beyond the liver. The director coordinates lipid chemistry, formulation, protein design and bioconjugation with cell-based assays and animal studies. Responsibilities include translating delivery research across species, directing a research team and shaping scientific publications and…

Support superconducting-device fabrication at the Molecular Foundry, including cleanroom processes, qubit workflow development and cryogenic measurements. Work uses evaporation, microscopy, lithography and chemical processing, alongside careful sample tracking and reproducibility. The role is a one-year term at 20 hours weekly, with expected hourly pay of…

A January–June 2027 process engineering placement developing targeted lipid nanoparticle formulations in Cambridge, Massachusetts. The work investigates mixing, filtration and tangential-flow filtration, and links process conditions to nanoparticle quality, stability and scalability. The student designs and executes experiments, analyses performance and…

Fabricate superconducting quantum devices in cleanroom facilities and improve the processes used to make them. The engineering role supports experiments and the development of scalable quantum-computing hardware.

Lead lipid-nanoparticle formulation, characterisation and process scale-up for investigational gene-editing therapies. Responsibilities span mixing and tangential-flow filtration from bench to GLP/GMP scale, process optimisation, external manufacturing transfer and contributions to regulatory CMC documentation. The position connects delivery technology with…

Model semiconductor nanocrystal nucleation and growth using density-functional calculations, population rate equations and kinetic Monte Carlo. Investigate how surface chemistry and growth conditions select nanoplatelets, magic-sized crystallites and quantum dots, in collaboration with experimentalists.

Build a programmable network of coupled Kerr parametric oscillators and measure its nonlinear dynamics. Experiments will map attractors, switching and probability currents and compare measured trajectories with simulations and analytical models.

RIKEN’s Nanoscale Quantum Photonics Laboratory seeks one postdoctoral researcher for its collaboration with the Institute for Basic Science. The project combines optical spectroscopy and nanophotonics with scanning-tunneling nanospectroscopy to investigate quantum states and energy conversion in low-dimensional structures and molecular interfaces. The…

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…

Four-year doctoral position in the Optical Materials Engineering Laboratory (Prof. David J. Norris) characterizing semiconductor nanocrystals with optical spectroscopy and electron microscopy to link atomic-scale structure to optical properties.