In this project our users precisely pattern superconductors to fabricate light-sensitive devices that can detect single photons and register faint signals from distant galaxies and more. The detectors are designed, fabricated and will be integrated into a telescope by NU researchers.

Blood coagulation is one of the major side effects of viral infections, requiring timely intervention. A team of NU researchers are developing a microfluidic platform for early coagulation detection, enabling rapid and accurate analysis of blood coagulation parameters.

Perovskite solar cells on plastic substrates are of significant importance due to their flexibility and performance. NU researcher are developing the back-contact design, which will improve minimize shadowing, increase light absorption and lead to higher solar cell efficiency.