An optical probe that characterizes molecular structure and size
We have designed and are currently optimizing an optical liquid sample cell that simultaneously measures the size and IR/UV/Raman spectrum of molecules/particles in solution: Optical Diffusion-Ordered SpectroscopY. In the case of mixed samples, the optical spectra of the different components are cleanly separated by size. This technique (patent pending) is useful for characterizing solutions of supramolecular complexes, nanoparticles, polymers, amyloids and many other complex systems. The project is financed by an NWO Demonstrator grant.
Location: @Science Park
Revolutionizing athlete safety with cutting-edge sport boots. Postdator is focused on pioneering in the sports footwear market by developing an innovative Sports boot designed to enhance athlete safety and performance. We focuse on integrating advanced materials into footwear, addressing the critical need for impact resistance and support during high-intensity activities. Our team, passionate about sports […]
AI-powered robotics for environmental sensing available through a configurable cloud platform. As a low-cost, highly automated platform for environmental sensing, Storks Robotics Lab’s products reducee the entry barrier for any business that requires environmental sensing. The solution works by programmatically deploying a large array of inexpensive environmental sensors using AI-powered autonomous drones and ground robots. […]
Designing a smart battery optimizer to charge your electronics in a controlled and technically optimized way! The mission of Liion Power is to make our future more sustainable, by improving the performance and longevity of lithium-ion batteries by charging them in a smart way. Lithium-ion batteries are in our smartphones, E-bikes and many of our […]