Ever since the invention of microscope in 1600’s , numerous experimental data and observations led to discovery of not only biological things , but also empirical scientific laws, and mathematical relationships in the world of material and mechanics of material. Some notable case is scientist Henry C Sorby’s observation of microstructure of steel specimen under optical microscope in 1863. That observation and study esulted in understanding the strength of steel resides in the micro carbon of certain quantity , that resides between iron crystals. Which led to industrialisation and controlled manufacturing of multiple grades of steel , expanding versatility and utility in additional sectors like agriculture , health , mobility etc. Another notable achievments of advanced imaging is the Nobel Prize in Physics in 1986 was jointly awarded to Ernst Ruska for his work in electron microscope along Gerd Binnig and Heinrich Rohrer for their design of the scanning tunneling microscope (STM) and the atomic force microscope (AFM). Those inventions is changing the course of semiconductor manufacturing at various micro and nano scale. In all of them the specimen put under observations were largely static and in micro and nano scale. Are you up for the challenge of building and commercialising this new tech & product category, where the specimen under the multiscope is of the size of car under shape & structural evolution.