Solid State Physics jobs

photoelectrochemical water splitting, semiconductor photoanodes

EPSRC EXPRESS programme, electrochemical growth, transition-metal dichalcogenide semiconductors, single-source precursors, dry non-aqueous solutions, deposition, few-layer materials, electrodeposition, nanoscale electronic devices

films moléculaires, résonateurs supraconducteurs, mémoires quantiques micro-ondes, radicaux, complexes de lanthanides, températures millikelvin, bain nucléaire, nanofabrication, cryogénie

experimental condensed-matter research, condensed-matter, quantum magnetism, topological phases, superconductivity, spintronics

photonic fluids, frequency combs, semiconductor devices, optical measurement setups, nonlinear laser dynamics, liquid-light dynamics, device physics, precision measurement, experimental platform

quantum many-body dynamics, entanglement, correlated materials, topology, superconductivity, quantum optics, ultracold gases, quantum simulation, postdoctoral researchers

solid-state chemistry

quantum materials, terahertz spectroscopy

quantum materials, materials science, electrical engineering, computer science, faculty research programme, research programme

superconducting-qubit materials, fabrication, Molecular Foundry, atomic-layer deposition, etching, interface engineering, structural characterization, low-temperature device performance, reproducible datasets, fabrication methods

superconducting accelerator magnets, Berkeley Center for Magnet Technology, Superconducting Magnet Program, low-temperature superconductors, multiphysics models, cables, subscale coils, experimental validation

superconducting-device fabrication, cleanroom processes, qubit workflow development, cryogenic measurements, evaporation, microscopy, lithography, chemical processing, sample tracking, reproducibility

quantum materials, RIKEN, Center for Emergent Matter Science, Emergent Matter

superconducting quantum circuits, quantum-computing hardware, research achievements, quantum circuits

optical links, solid-state qubits, distributed quantum computing, laser-cooled neutral atoms, rare-earth-ion crystals, trapped-ion systems, remote entanglement, quantum gate teleportation

Applicants must hold, or obtain…

strongly correlated electrons, topological phases, superconductivity, quantum spin liquids, open many-body systems, ultracold-atom dynamics, condensed-matter theory, Quantum Matter Theory, Akira Furusaki

nucleation, density-functional calculations, population rate equations, kinetic Monte Carlo, surface chemistry, nanoplatelets, magic-sized crystallites, quantum dots

qubits, integrated circuits, Moonshot project, fault-tolerant superconducting quantum computing, quantum electronics, hybrid quantum systems, superconducting quantum computing

magnetic recording, process informatics

solid-state batteries

semiconductor quantum devices, Quantum Functional System Research Group, silicon qubit characterization, multi-qubit systems, high-fidelity quantum operations, scalable quantum computing, Moonshot R&D Goal 6, semiconductor physics, quantum transport, quantum information

electronic-structure methods, hybrid functionals, many-body perturbation theory, nonempirical functionals, defect physics, GW vertex corrections, optical spectra, EPFL computing facilities, Atomic-Scale Simulation

coupled-cluster electronic-structure methods, periodic boundary conditions, optical properties, polymers, surfaces, films, crystalline materials, student mentoring, professional development

soft condensed matter, cold atoms, quantum information, statistical physics, electronic structure, hydrodynamics, biophysics, Laboratory of Atomic and Solid State Physics