UTEducationStudent infoProgrammesSETThesis TopicsEnergy, Materials and Systems (EMS)

Energy, Materials and Systems (EMS)

The core competence of the chair “Energy, Materials and Systems” (EMS) within the Faculty of Applied Sciences (TNW) is on Applied Superconductivity and on Cryogenic Science and Technology.

Traditionally, research within EMS has mainly been focused on ‘Big Science’ (e.g. magnets for particle accelerators or for nuclear fusion reactors; cooling of sensors for satellites;…) or on medical applications (e.g. MRI magnets; sensors of biomagnetism;…), but since 2010 R&D projects have also spun-out into sustainability-related fields. These include electricity generation; transport; energy storage & materials recycling.

Examples of theses
  1. EcoSwing : Successful in-field demonstration of the world’s first full-scale superconducting generator for wind conversion (with ~50% less weight/ smaller size)
  2. ASCEND : Demonstration of superconducting technology for the electrification of airplanes (again weight-driven)
  3. Stirling Thermodynamics : development of highly-efficient coolers and electrical generators based on a Stirling cycle

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