The prototype developed within ERC-PoC "ANTS" project, has demonstrated its sensitivity for a new concept of microcalorimeters, as well as providing advantages in microfluidics.
We aim to:
a) Integrate this technology within microfluidic devices or applications where size and fast response time are crucial.
b) Develop a High-Throughput Calorimetry going beyond the current capabilities on ITC.
> Sensing element. Ferromagnetic permalloy line 4x28 µm x 20 nm thick: affordable, miniaturization… Sensor was fabricated in a single deposition.
> Temporal response. Milliseconds, to stimulus >10 microwatts; further improvements are in progress.
> Easy adoption. Compatible with standard configuration of microcalorimeters.
> IPR: EP, US, CN, KR, JP
KEY CHARACTERISTICS:
Intellectual property status: Patent application number : EP3184981 (A1), US2017268936 (A1), CN107076622 (A), KR20170045252 (A), JP2017532534(A).
Current development status: Laboratory prototypes.
The CiQUS (University of Santiago de Compostela, Spain), addresses challenges in Biological and Medicinal Chemistry, New functional Materials and Synthetic Technologies for Sustainable Development.
CiQUS hosts 20 research groups, including 5 ERC projects.
> 90-100 papers/yr, average Impact Factor IF=7,10 JCR. 82%Q1, 45%D1 (2016-2017).
> 2014-2017: 4,70 M €/yr from competitive R&D funds (27% international, 18% private), 16 patents, 2 licenses, 3 spin-offs.
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