Open Dialog in Applied Engineering 2025

PhytoAPP (101007642):
This project focuses on designing and developing innovative water-soluble phytochemical inhibitors for the prevention of Alzheimer’s and Parkinson’s diseases. It tackles the issue of low water-solubility in phytochemicals using fullerene-based nanotechnology to create green, water-soluble phytocomplexes. The project emphasizes collaboration among EU and partner countries with expertise in nanomaterials, physics, engineering, green chemistry, biochemistry, and medical science.

CATCHER (101046307):
CATCHER aims to develop new technology to convert atmospheric humidity directly into electricity, offering a sustainable and renewable energy source. It relies on knowledge sharing across fields like material science, nanoelectronics, green chemistry, and sustainability through collaboration between researchers and businesses from Portugal, Belgium, Austria, Spain, and Ukraine.

Aqua-Synapse (101086453):
This project seeks to understand how deuterium-depleted water (DDW) benefits health, particularly its molecular effects on the brain and behavior. While DDW shows promise in reducing disease susceptibility and stress, more research is needed to establish effective dosages and mechanisms, especially as commercial sales grow despite limited scientific validation.

EWALD (101086250):
EWALD addresses land degradation, a major environmental challenge that threatens the EU’s external borders. The project aims to develop a new early warning and response framework using multi-scale Earth Observation data to monitor and respond to land degradation risks.

INNMEDSCAN (101086178):
INNMEDSCAN’s goal is to create a next-generation hybrid PET/MRI scanner, a device in high demand in medical diagnostics. The project focuses on designing a novel semiconductor-based photodetector and building a working prototype, combining the strengths of both imaging technologies for improved diagnostic precision.

DETMED (101129879):
To enhance cancer detection and surgical outcomes, DETMED is developing a compact, highly sensitive gamma probe based on advanced optical detector technologies. Supported by international collaboration, the project aims to improve tumour localization during surgery with cutting-edge gamma detectors.

E-NOSE (101182748):
E-NOSE is advancing gas sensor technology through nanotechnology and multi-signal processing, aiming to build highly sensitive, fast-response "electronic nose" devices. Beyond sensor development, it proposes integrating these into mobile devices for real-time detection of threats like epidemics, fires, and terrorist activity, with outcomes expected to yield patents in materials and methods.