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of the synthesized nanomaterials using thin insulating layers. Requirements The position is open to candidates with a Master degree in Chemistry, Material Science or Material Nano-engineering. Experience in ultra-high
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probing the many-body quantum wavefunction of correlated electronic states. This new quantum simulator platform may unravel the microscopic nature of high-Tc superconductivity and other correlated electron
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, modelling and simulation of refrigeration components and equipment. Participation in national and international refrigeration and heat pump projects. Publications in journals and communications at conferences
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quantum memories and entanglement sources. In particular, the candidates will work on an experiment demonstrating high-rate and long distance entanglement between quantum memories. The successful candidate
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to develop an innovative, non-invasive strategy to focus light deep within biological tissues and other scattering media, achieving high penetration depth and speed while preserving micrometric spatial
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impactful research and innovation processes. 3. Evidence of ability to produce high quality publications. 4. Evidence of ability to manage international transdisciplinary projects and/or research activities
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waste management and as a project manager (see Eligibility criteria). High level of English and Spanish or Catalan. Benefits Incorporation of a consolidated Research Group in the area of organic waste
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culture and basic molecular biology techniques. Experience in microscopy imaging is highly valued. Expertise in Cellpose, Qpath and other image analysis software is highly valued. High level of spoken and
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their arrays; (v) analyzing the data, publishing high-impact results and presenting them at conferences, and (vi) collaborating extensively with other leading research groups at SHARPS, elsewhere in China
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of high-performance materials for green hydrogen production and energy storage. · Perform detailed STEM analyses on project-related materials provided by NEXPECH₂ partners, contributing directly to the