Yamano Kiri
Reading the color code of molecules
To analyse substances, we look at the “color” of the infrared light that is reflected from them. This is called the molecular spectrum. It gives a sort of fingerprint identification for that specific molecule. This fingerprint, especially of large molecules (f.e. biological molecules and special functions in those molecules) are mostly found in the invisible mid infrared part of the spectrum. We aim to develop a spectrometer that can quickly measure and analyze these fingerprints. And that will be an easy-to-use device even for people not trained to do this kind of analysis.
Explore other Projects:
ImRheo
ImRheo provides a new technique to measure the mechanical properties of soft materials, based on image processing and artificial intelligence. ImRheo’s goal is to develop a cheaper and simpler rheometer, which can be used for applications in food (foams, emulsions, colloids, etc.), cosmetics (gels, creams, foams, etc.), constructions engineering (concrete), petroleum (waxy oil), coating (paints), […]
Liion Power
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 […]
Flowsure
Flowsure develops an automated urine production monitor that improves patient safety while reducing nursing workload. Patients are monitored by checking vital parameters including the continuous urine output. Today’s manual registration of urine output is too labor intensive, resulting in critical patient information not being available to ensure their safety. Flowsure automates urine output registration by […]