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Verschiedene Technologien der ETH Zürich stehen zur Lizenzierung zur Verfügung. Die untenstehende Liste zeigt eine Auswahl der zum Patent angemeldeten Erfindungen.

Möchten Sie frühzeitig über neue Technologieangebote informiert werden, abonnieren Sie den .


Weitere Technologieangebote befinden sich auf der Webseite der swiss technology transfer association  swiTT.

Neustes Angebot

Lost and found in one millisecond - new energy efficient GPS localization for mobile devices (T-2016-061)

  • GPS for smartphones, cameras, fitness trackers, animal trackers
  • robust localization, lower power consumption
  • factsheet (PDF, 262 KB)


No screws, no glue - a modular multi-panel system (T-2016-099)


Building blocks for the synthesis of sterochemically pure oligonucleotides (T-2016-037)

building block

Rollback protection for secure digital transactions (T-2016-167)

rollback protection

Graphite flakes as cathode material in rechargeable aluminium chloride-graphite batteries (T-2016-086)

graphite flakes

Stretchable electronics, wireless and passive bladder sensor (T-2016-054)

bladder implant

High flux, low dose positron beam for unique material characterization  (T-2015-186)

positron source

Real-time user feedback from unpredictable data streams (T-2015-112)

surrogate function
  • application for teleoperation, raytracing, interactive simulations
  • surrogate functions provides real-time response
  • factsheet (PDF, 281 KB)

Measuring small forces with non-linear parametric oscillator (T-2015-098)

parametric oscillator
  • application in AC force sensing, mass sensing
  • subatto- to zeptoNewton range, nanotubes as resonators
  • factsheet (PDF, 270 KB)

Control of heat-transfer fluid outflow temperature (T-2015-089)

thermal storage
  • application for process with constant power and/or temperature
  • improved thermal-energy storage system
  • factsheet (PDF, 325 KB)

Heavy metal free quantum dots as new materials for biomedical applications (T-2015-061)

quantum dots
  • applications in biotech imaging
  • nanocrystals, colloidal synthesis, programmable composition
  • factsheet (PDF, 281 KB)

Novel architecture for high-power mode-locked thin-disk lasers avoiding present energy limitations (T-2015-048)

high-power laser
  • application in mirco drilling and cutting
  • power scalabitity, stable against thermal lens variations
  • factsheet (PDF, 774 KB)

Cell incubator combatible with scanning probe microscopy and state of the art optical techniques (T-2015-028)

  • application for cell culture experiments
  • true culture conditions, compatible with imaging techniques 
  • factsheet (PDF, 328 KB)

Novel approach to act against the spinal muscular atrophy (T-2015-003)

functional SMN
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Thu Aug 17 04:42:27 CEST 2017
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