The versatility of optical lithography can be expanded by using the polarization state of light as an additional parameter next to the intensity of light. This result is confirmed by exposing a highly polarization-selective photoreactive material with polarization holography which results in the formation of defined grating structures
The molecular order in a smectic monomer is utilized to create a photoreactive material that is high...
Photoinduced anisotropy of a photochromic pyrrylfulgide/PMMA film was investigated by using two line...
Diffraction gratings are being used to manipulate light in many different applications, such as in f...
The versatility of optical lithography can be expanded by using the polarization state of light as a...
The versatility of optical lithography can be expanded by using the polarization state of light as a...
The versatility of optical lithography can be expanded by using the polarization state of light as a...
The versatility of optical lithography can be expanded by using the polarization state of light as a...
We developed a polarization-selective negative photoresist based on a smectic B liquid crystal monom...
Polarization gratings, in which optical anisotropy is periodically modulated, are very attractive fr...
Laser direct-writing is an important technique for the fabrication of complex patterns. There is a c...
Laser direct-writing is an important technique for the fabrication of complex patterns. There is a c...
Polarization gratings can be realized by polarization holographic recording in photoanisotropic mate...
We investigate the photoinduced anisotropy of a photochromic material of pyrrylfulgide/PMMA films. I...
The diffraction characteristics of light from gratings formed in anisotropic volume and surface-reli...
The molecular order in a smectic monomer is utilized to create a photoreactive material that is high...
The molecular order in a smectic monomer is utilized to create a photoreactive material that is high...
Photoinduced anisotropy of a photochromic pyrrylfulgide/PMMA film was investigated by using two line...
Diffraction gratings are being used to manipulate light in many different applications, such as in f...
The versatility of optical lithography can be expanded by using the polarization state of light as a...
The versatility of optical lithography can be expanded by using the polarization state of light as a...
The versatility of optical lithography can be expanded by using the polarization state of light as a...
The versatility of optical lithography can be expanded by using the polarization state of light as a...
We developed a polarization-selective negative photoresist based on a smectic B liquid crystal monom...
Polarization gratings, in which optical anisotropy is periodically modulated, are very attractive fr...
Laser direct-writing is an important technique for the fabrication of complex patterns. There is a c...
Laser direct-writing is an important technique for the fabrication of complex patterns. There is a c...
Polarization gratings can be realized by polarization holographic recording in photoanisotropic mate...
We investigate the photoinduced anisotropy of a photochromic material of pyrrylfulgide/PMMA films. I...
The diffraction characteristics of light from gratings formed in anisotropic volume and surface-reli...
The molecular order in a smectic monomer is utilized to create a photoreactive material that is high...
The molecular order in a smectic monomer is utilized to create a photoreactive material that is high...
Photoinduced anisotropy of a photochromic pyrrylfulgide/PMMA film was investigated by using two line...
Diffraction gratings are being used to manipulate light in many different applications, such as in f...
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