Development of high-resolution 3D nanotechnology tools: sensors focus

Science and technology are moving into smaller and smaller dimensions where variety of new phenomena and unusual material properties take place. Nanotechnology enables novel cancer treatments, clean energy, efficient devices and many more benefits; however, making structures that are well defined and thousand times smaller than a hair is challenging, especially in 3D. During this PhD project a high resolution 3D structuring has been developed and used for fabrication of various biosensing devices. These sensors showed high performance being able to detect trace amounts of various analytes and holds promise to be brought into real life applications.