Water Sense

[Water Sense @WatersenseEu]

To learn more about our project follow:
https://t.co/119QtSFqJX

[Water Sense @WatersenseEu]

Our AIT partners Christian Derntl and Stefan Schrittwieser presented how the magnetic and optical properties of nanostructured materials can support innovative biosensing and theranostic applications.

#WATERsense #Nanoparticles #Biosensors

[Water Sense @WatersenseEu]

This work highlights the potential of magneto-optic properties in nanostructured materials. We are proud to see how Water Sense is represented at this scientific forum and to share our research with the nanoscience community.

[Water Sense @WatersenseEu]

@EUeic Find the whole story at:
https://t.co/ss8KzfxFZO

For more information on the project:
https://t.co/119QtSFqJX

[Water Sense @WatersenseEu]

Thank you @EUeic for featuring WaterSense on #WorldLakeDay!

We're proud to develop next-generation technologies combining nanotechnology, Raman spectroscopy and machine learning to enable real-time water pollutant monitoring and help protect freshwater ecosystems.

[Water Sense @WatersenseEu]

tune in for more https://t.co/119QtSFqJX
@WatersenseEu, @UniBarcelona, @cinbio_uvigo, @lightnovo, @EUCouncil, @martaestrader, @FunNanoBio

[Water Sense @WatersenseEu]

During the recent project meeting hosted by Barbora Špačková, Nicholas Scott and Jakub Dostálek at FZU. Stefan Schrittwieser and Christian Derntl (AIT) kicked off integration of the WATERsense device.

[Water Sense @WatersenseEu]

By merging these complementary approaches, WaterSense aims to enable highly sensitive, selective, and on-site detection of water contaminants, paving the way for smarter environmental monitoring solutions.

[Water Sense @WatersenseEu]

@nanoinventum

[Water Sense @WatersenseEu]

WATERSense aims to build a better future by targeting water pollution. The compromise and passion of the coordinator @martaestrader with the future generations is seen as she explains to this young class the importance of managing contaminants and the vision behind the project.

[Water Sense @WatersenseEu]

@UniBarcelona , @cinbio_uvigo , @lightnovo, @EUCouncil

[Water Sense @WatersenseEu]

@martaestrader, @FunNanoBio

[Water Sense @WatersenseEu]

This May 11th took place the first meeting in person of the WATERSense project after the Kick-Off.

For more information, check the webpage of the project:
https://t.co/119QtSFqJX

And stay tuned for more news!

#WaterSense

[Water Sense @WatersenseEu]

@UniBarcelona, @cinbio_uvigo, @lightnovo

[Water Sense @WatersenseEu]

@UniBarcelona @cinbio_uvigo @lightnovo @martaestrader @FunNanoBio

[Water Sense @WatersenseEu]

Clean water is essential and monitoring it should be smarter, faster, and more sustainable. That’s the ambition behind WATERsense.
The consortium brings together 6 partners across nanomaterials, nanooptics, hydrology, and spectroscopy to build a real-time water pollutant sensor

[Water Sense @WatersenseEu]

The consortium includes @UniBarcelona , @cinbio_uvigo , Institute of Physics of the Czech Academy of Sciences, Institute of Hydrology of the Czech Academy of Sciences, Austrian Institute of Technology, and @lightnovo.

[Water Sense @WatersenseEu]

Clean water is essential for life, yet contamination remains a silent and persistent threat. Our approach harnesses magneto-optical nanosensors integrated with advanced fluidic systems to identify pollutants remotely and in real time. Stay tuned for more info on the project.