high-temperature superconductor Jobs in Basel

PhD position: Circuit quantum electrodynamics to probe strongly interactingelectronic phases in atomically thin nanoelectronic devices (P2601)100% position for 4 years, earliest starting date: 1 January 2027Atomically thin layers of various materials can be combined - almost at will - into novel artificial materials, with graphene structures being the most...

What this job involves:As a Corporate Receptionist at JLL, you'll be the face of our workplace – creating exceptional first impressions and delivering outstanding front‑of‑house and meeting & event services for clients, visitors and colleagues alike. This is a role for someone who is genuinely customer‑obsessed, detail‑driven, and thrives in a...

About BASPIBasel Precision Instruments (BASPI) develops and builds ultra-low-noise cryogenic and room-temperature electronics and filtering solutions for quantum sciences and technology. Our instruments are used by leading research institutions and industrial R&D teams worldwide to push the boundaries of quantum systems at ultra-low temperatures.Our slogan,...

QA Specialist – 7079Our client, a global pharmaceutical company, is looking for a QA Specialist to support Quality Assurance activities related to Investigational Medicinal Products (IMPs).The role focuses on GMP documentation review, quality system activities, batch documentation, and coordination with Contract Manufacturing Organizations (CMOs). The...

Kipfer-Logistik specializes in temperature-controlled and secure transport solutions. Join us for a dynamic work environment with strong corporate values. Tasks Support compliance with EU GDP, GXP, and ISO standards. Create SOPs, templates, and checklists for quality management. Assist in planning and conducting internal and external...

Your position In this project, we exploit circuit quantum electrodynamics (cQED) techniques based on high-impedance superconducting resonators in the GHz regime to probe electron-electron interactions in layered 2D materials. This method gives direct access to certain material properties, especially the quantum capacitance, or to the kinetic inductance of...

Atomically thin layers of various materials can be combined - almost at will - into novel artificial materials, with graphene structures being the most prominent examples. If two (or more) layers are combined at a certain twist angle between the crystal orientations, an additional periodic modulation of the atomic lattice potential can emerge, often referred...