Nanoscience Instrument Development Division

Research Activities

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Collaboration with the major research lines of the ICN.

Nanoscience Instrument Development DivisionFull CAD design of an experimental setup

A common denominator among the wide range of scientific instruments is that they were initially designed in response to some very specific, narrowly defined requirements of research in a particular discipline; however following their successful development useful applications in other scientific fields became apparent. Similarly, scientific instruments designed to improve technical capability or to solve one set of research problems often turn out to have applications in disciplines and technology sectors far from those where they originated. The availability of new or improved instrumentation or experimental techniques arising from one academic discipline is a frequent cause of interdisciplinary collaboration. In this sense an important part of the Group's instrumental developments will be based on collaboration with the ongoing experimental research efforts within the ICN to resolve their problems via the development and application of new leading-edge instruments and techniques.

Collaboration with the Spanish Synchrotron Light Source (ALBA) and other neighboring research institutions.

Nanoscience Instrument Development DivisionMolecular beam epitaxy and scanning tunneling microscopy facility

A collaboration between the Atomic Manipulation and Spectroscopy Group of the ICN and the Spanish Synchrotron Radiation Facility ALBA has been already established, where the Nanoscience Instrument Development Laboratory performs the design, construction and commissioning of a molecular beam epitaxy and Scanning Tunneling Microscopy facility for in-situ X-ray absorption studies. In the near future, the collaborative development of high-end instrumentation and setups will be extended to other experimental stations of ALBA and further research institutions.

 

Further instrumental development

A significant effort is dedicated to the instrument development in the field of Scanning Probe Microscopies (SPM) and associated technologies, since they play a significant role in the development of science and technology in the nanoworld. It is anticipated that probe microscopes will overcome the current limits of microscopy and will become key tools for nanoscience and nanotechnology. The construction of complex structures, such as transistors, logical elements composed of atoms or molecules, or complete memory devices are envisaged. In this context, current instruments such as Scanning Tunneling Microscope (STM) or the Atomic Force Microscope (AFM) which perform relatively simple modification experiments may one day be called the stone-age of nanotechnology. In the future, with further instrumental development of these techniques, much more complex tasks will be handled on the nanometer scale.