In this work we report on the strong improvement of pattern quality and significant write-time reduction using Character Projection with a multi-stencil character stage with more than 2000 apertures for the fabrication of nanomaterials and, in particular, on an optical metamaterial, which is called “Metamaterial Perfect Absorber”. The Character Projection ebeam lithography allows the transition from the time-consuming serial to a fast quasi-parallel writing method and opens the way for the fabrication of device areas which are impossible to realize with often in the R&D used SEM based Gaussian electron beam-writers. More than 150.000 times faster than the comparable Gaussian E-beam exposure, 100 times faster and with a factor of 10 improved...
MasterMetamaterials consist of nanostructures which can be called artificial atoms. Nanostructures p...
We propose a printer-type e-beam system to replace writing pattern generators for obtaining througho...
The character projection (CP) lithography is utilized for maskless lithography (ML2) and is a potent...
The fabrication of complex nano-optical structures for plasmonics, photonic-crystals, or meta-materi...
The pattern generation for nano-optics raises high demands on resolution, writing speed and flexibil...
Electron beam lithography becomes attractive also for the fabrication of large scale diffractive opt...
Abstract—Electron-beam lithography has long been employed for mask writing but the write time is inc...
Abstract—Electron-beam maskless lithography is being ac-tively explored by the semiconductor industr...
Abstract — Electron-beam direct write (EBDW) lithography is a promising solution for chip production...
Originally, the e-beam lithography (EBL) is a technique for creating high-resolution black and white...
Photonic nanostructures are used for many optical systems and applications. However, some high-end a...
© 2016 ACM. Electron beam lithography (EBL) is a promising, maskless solution for the technology bey...
Abstract—Miniaturization is the central theme in modern fabri-cation technology. Many of the compone...
Fabrication of nanoelectronic devices requires a lithography, which realizes besides resolution also...
Developers of e-beam lithography systems are pursuing diverse strategies to bolster throughput. To a...
MasterMetamaterials consist of nanostructures which can be called artificial atoms. Nanostructures p...
We propose a printer-type e-beam system to replace writing pattern generators for obtaining througho...
The character projection (CP) lithography is utilized for maskless lithography (ML2) and is a potent...
The fabrication of complex nano-optical structures for plasmonics, photonic-crystals, or meta-materi...
The pattern generation for nano-optics raises high demands on resolution, writing speed and flexibil...
Electron beam lithography becomes attractive also for the fabrication of large scale diffractive opt...
Abstract—Electron-beam lithography has long been employed for mask writing but the write time is inc...
Abstract—Electron-beam maskless lithography is being ac-tively explored by the semiconductor industr...
Abstract — Electron-beam direct write (EBDW) lithography is a promising solution for chip production...
Originally, the e-beam lithography (EBL) is a technique for creating high-resolution black and white...
Photonic nanostructures are used for many optical systems and applications. However, some high-end a...
© 2016 ACM. Electron beam lithography (EBL) is a promising, maskless solution for the technology bey...
Abstract—Miniaturization is the central theme in modern fabri-cation technology. Many of the compone...
Fabrication of nanoelectronic devices requires a lithography, which realizes besides resolution also...
Developers of e-beam lithography systems are pursuing diverse strategies to bolster throughput. To a...
MasterMetamaterials consist of nanostructures which can be called artificial atoms. Nanostructures p...
We propose a printer-type e-beam system to replace writing pattern generators for obtaining througho...
The character projection (CP) lithography is utilized for maskless lithography (ML2) and is a potent...