Future generations of microchips will probably be produced using extreme ultraviolet light with a wavelength of thirteen nanometres. Optical lenses will no longer be suitable for the manufacturing process because they absorb the light at such short wavelengths. Mirrors will have to be used instead. Currently the main problem is the required precision to accurately determine the curvature of the mirror down to the nanometre. Researchers at TU Delft have built a new measurement system that promises to achieve just such a precision: an absolute interferometer. This new measurement system offers many advantages over competing methods.Delft University of Technolog
To enable important scientific discoveries, ESO has defined a new ground-based telescope: the Europe...
To enable important scientific discoveries, ESO has defined a new ground-based telescope: the Europe...
To enable important scientific discoveries, ESO has defined a new ground-based telescope: the Europe...
Future generations of microchips will probably be produced using extreme ultraviolet light with a wa...
For the past thirty years, microchips have doubled in complexity every two years. This increasing co...
For the past thirty years, microchips have doubled in complexity every two years. This increasing co...
At Lawrence Livermore National Laboratory (LLNL), we have the unique combination of precision turnin...
Aspheric mirrors for extreme ultraviolet lithography (EUVL) at a wavelength of 13nm require surface ...
The semiconductor industry is on an ongoing quest to realize smaller feature size, requiring the con...
Precision optics are a guarantor for production and quality control in many different sectors of hig...
This paper describes a conceptual measurement machine design, aiming for universal and non-contact f...
Ultra high precision positioning and measuring ma-chines have to face the demand for increasing movi...
An optical scanning technique comprising three laser interferometers and one autocollimator to measu...
This report documents activities carried in support of the design and construction of an ultra-high ...
AbstractSince the development of the Nano-Optic-Measuring Machine (NOM), the accuracy of measuring t...
To enable important scientific discoveries, ESO has defined a new ground-based telescope: the Europe...
To enable important scientific discoveries, ESO has defined a new ground-based telescope: the Europe...
To enable important scientific discoveries, ESO has defined a new ground-based telescope: the Europe...
Future generations of microchips will probably be produced using extreme ultraviolet light with a wa...
For the past thirty years, microchips have doubled in complexity every two years. This increasing co...
For the past thirty years, microchips have doubled in complexity every two years. This increasing co...
At Lawrence Livermore National Laboratory (LLNL), we have the unique combination of precision turnin...
Aspheric mirrors for extreme ultraviolet lithography (EUVL) at a wavelength of 13nm require surface ...
The semiconductor industry is on an ongoing quest to realize smaller feature size, requiring the con...
Precision optics are a guarantor for production and quality control in many different sectors of hig...
This paper describes a conceptual measurement machine design, aiming for universal and non-contact f...
Ultra high precision positioning and measuring ma-chines have to face the demand for increasing movi...
An optical scanning technique comprising three laser interferometers and one autocollimator to measu...
This report documents activities carried in support of the design and construction of an ultra-high ...
AbstractSince the development of the Nano-Optic-Measuring Machine (NOM), the accuracy of measuring t...
To enable important scientific discoveries, ESO has defined a new ground-based telescope: the Europe...
To enable important scientific discoveries, ESO has defined a new ground-based telescope: the Europe...
To enable important scientific discoveries, ESO has defined a new ground-based telescope: the Europe...