EU-funded researchers have developed an ultrasensitive test to rapidly, accurately and cost-effectively diagnose disease, underpinned by innovative biosensing technology that could help combat the COVID-19 pandemic, HIV and cancer.
EU-funded researchers have employed quantum physics to develop an optical microscope that opens up the potential to view the tiniest of objects - including many viruses - directly for the first time.
Around 40% of EU energy consumption and 36% of its CO2 emissions come from buildings. EU-funded researchers have developed easy-to-install eco-panels to place on the outside of the buildings to dramatically cut both.
An EU-funded project is enabling efficient intra-chip and chip-to-chip communication via a new type of silicon capable of emitting light. It is demonstrating a technological breakthrough that could revolutionise the electronics industry and make devices faster and much more energy efficient.
Metasurfaces can manipulate electromagnetic energy far beyond the limits of natural materials. An EU-funded project has developed a multifunctional and more accessible version that could enable easily programmable, smarter environments.
A non-invasive system being developed by EU-funded researchers could make radiotherapy a safer and more-effective treatment for cancer patients by creating a visual dosage map of the tumour and the surrounding healthy tissue.
A team of EU-funded researchers has developed an accurate and non-invasive way to detect cancer through a person's breath. The hand-held sensor can be used by anyone without medical supervision in combination with their smart phone. Tests reveal the accuracy of the sensor is about 93 %.
As the world relies more on renewable energy to limit climate change, an EU-funded project has produced insights into how nanotechnology could support cleaner power and promoted university-business links for targeted future innovation in this field.
EU-funded researchers have developed a fresh 'benign-by-design' approach to balancing the commercial and societal benefits of nanomaterial innovations and their environmental impacts, which are notoriously difficult to pinpoint.
EU-funded researchers and partners are pushing the boundaries of the laws of physics, developing nanocomposite materials and nanoelectronic circuits to greatly improve energy, thermal and computing performance. This could make smartphones and other electronics more efficient and boost the potential of solar power.
