Nanofibres are microscopic threads, thinner than human hair and invisible to the naked eye. Yet they play a vital role in everything from medical dressings and air filters to fuel cell membranes and breathable, waterproof clothing. For years, scaling up their production was a daunting challenge, plagued by technical setbacks and unreliable results. Jan Čmelík and the Elmarco team have constantly refined their Nanospider™ electrospinning technology, allowing these materials to be manufactured reliably for global industries.
How do you tell a healthy cell from a cancer cell? It’s a long-standing puzzle in oncology, but Paula Videira and her team have developed a solution: the L2A5 monoclonal antibody. L2A5 acts as a high-precision guide by targeting unique signatures found exclusively on the surface of cancer cells. This advancement paves the way to more reliable diagnostics and facilitates the development of targeted therapies.
While developing an advanced cryogenic sensor for research, Mikko Möttönen realised that his device could also detect minute power leaks in quantum computers. These systems require ultra-low temperatures and emit faint signals that are easily obscured by noise. Möttönen’s self-calibrating sensor delivers the accuracy needed to diagnose noise and optimise hardware, becoming a key enabler for scaling quantum technologies.
Malaria claims more than 600 000 lives each year, most of them young children. Though a century of vaccine research yielded only limited results, a determined Sir Adrian V.S. Hill led a team that developed the R21/Matrix-M vaccine, which achieves markedly higher protection than previous attempts.
While dairy milk is nutritious, its production can generate above-average greenhouse gas emissions. At the same time, many people worldwide struggle to digest lactose and have a much lower dietary fibre intake than what is recommended for a healthy lifestyle. Plant-based alternatives have long existed, but early versions were unable to replicate dairy’s creamy texture and taste. Angeliki Triantafyllou developed an enzymatic process that transforms oats into a tasty dairy alternative.
Modern society generates vast amounts of data, yet storing and retrieving it reliably requires solving a fundamental physics problem: as data density increases, so does signal interference. Evangelos Eleftheriou has spent his career developing sophisticated signal processing and error-correction techniques that overcome these physical limits, ensuring our digital infrastructure remains reliable and robust.
For decades, semiconductor manufacturers in Europe faced long delays and rising costs due to limited local production of probe cards. Technoprobe transformed this bottleneck with a new approach to designing and manufacturing advanced probe cards, accelerating chip testing and enabling faster innovation.
